WOOD WORKING MAIN CATALOGUE.

OOD ORKING MAIN CAAOGUE EN www.ceratizit.com

OOD ORKING MAIN CAAOGUE

A3 Dear valued customer, Be assured that for your individual requirements as a toolmaker you will find the right solution at CERAIZI. Under the new competence brand oolmaker Solutions by CERAIZI we offer innovative solutions in the field of wood and composite materials machining as well as metal sawing. Gain decisive competitive advantages with our comprehensive range of rapidly available standard products - as always of best quality. Being a global technology leader allows us to identify new trends and to adapt our product offering to meet new market challenges. e look forward to talking with you to identify ways in which we can upgrade your tool performance. Your CERAIZI team INRODUCION

A4 INRODUCION CONENS Introduction elcome corporate values Production sites Carbide production Carbide application and composition General grade overview grade properties Grade selection Grade recommendation saw tips for metal Grade recommendation band saws for wood/metal Innovations series 6 Innovations Easy ine Innovations CDIA2 E-echstore A6 A8 A9 A15 A16 A2 A22 A23 A24 A26 A28 CONENS Saw tips for wood machining Grade properties Saw tip series 6 Saw tip CDIA2 Straight saw tip Hollow tooth saw tip Straight saw tip with pre-tinned top DA U.S. style saw tip U.S. style saw tip with pre-tinned top P Canadian style saw tip Canadian style saw tip with pre-tinned top P B3 B4 B6 B7 B19 B22 B3 B32 B33 B35 INRODUCION Saw tips for metal machining Grade properties Straight saw tip Saw tip with chip breaker Straight saw tip with pre-tinned top DA Blanks for band saws Strobe blanks Grade properties Strobe blanks for circular saws Strobe blanks for circular saws with pre-tinned top DA C3 C4 C12 C13 C15 D3 D4 D7 Rectangular strips Grade properties Standard rectangular Grooveline rectangular U.S. standard rectangular Standard 1 bevel Grooveline 1 bevel Standard 2 bevels Grooveline 2 bevels E3 E4 E5 E7 E9 E11 E12 E14 Rods Grade properties Ground mat to h6 metric Ground mat to h6 inch Cut to length ground mat to h6 metric Cut to length ground mat to h6 inch F3 F4 F5 F6 F8

INRODUCION CONENS A5 Blanks Grade properties Drill bits for dowel drills Drill bits for through-holes For wood machining drill tips multi-piece eeth for spiral-fluted milling cutters Drill bits for dowel drills G3 G4 G5 G6 G9 G1 Indexable knives Grade properties H3 Easy ine H4 Standard 3 H6 Standard 4 H8 Standard 4 microfinish H9 Scorers H11 4 cutting edges H14 Slanting knives/bossed H16 Scorers and centering points H19 Grooving knives H2 Chamfer breaking tips and chamfering knives H21 Mini H23 EcoKnives H24 Planer blades H25 Blanks for profiling CONENS Grade properties Superprofiler Standard - hole Ø 4.2 mm Italian Style hole Ø 4.5 mm Multipurp hole Ø 5.2 mm Indexable blanks hole Ø 4.2 mm ith countersunk hole - hole Ø 4.5 mm ith countersunk hole and groove hole Ø 4.5 mm ith groove ithout hole I3 I4 I5 I1 I14 I17 I19 I21 I23 I24 INRODUCION Planer blades Grade properties erminus Centrolock Bulldozer hin planers, metric hin planers, inch CE PAC and CE BP BCFB with serrated back, metric BCC with serrated back, metric BCC with serrated back, inch BCFB with serrated back, inch J3 J4 J5 J6 J7 J9 J1 J13 J14 J24 J25 echnical information Grade designation Special products Comparison of materials Packaging Basics of metal grinding A revolution in PCD saw tips Addition of a braze alloy K3 K4 K5 K8 K9 K15 K17

A6 INRODUCION ECOME elcome to the world of CERAIZI...... a world of unique and consistently innovative solutions for wear parts, cutting tools and wood and stone machining. CER- AIZI is your partner for exceptional and highly personalised hard material products which guarantee cost efficiency, resistance and performance. Increasing both the productivity and service life of your products in a very diverse range of industrial sectors is the very essence of our business. his fact makes CERAIZI hard materials and carbides indispensable materials in order to significantly increase the service life of components which are subject to high stress. Ever more powerful machines, facilities and machining methods constantly create new challenges for the CERAIZI development engineers. Intensive research and development activities which precisely match your requirements and work processes already today are able to provide the solutions for tomorrow.... because hard material matters ECOME Hard materials in general and hard metals in particular are characterised by a range of interesting properties for all applications where maximum wear resistance is required. High pressure, high temperature and highly abrasive or aggressive conditions are factors to which hard materials or metals must be resistant. Our powder metallurgical production of parts for wear protection enables tailor-made adaptation of the material properties to your wear criteria. INRODUCION

INRODUCION CORPORAE VAUES A7 Guided by corporate values e employ more than 5,5 people worldwide who are guided by our corporate values in their daily work: 1 2 3 4 he views and focus of our business partners matter Instead of talking product with customers, we work on real solutions for business partners. Innovative and flexible thinking matters e challenge state-of-the-art technologies and develop intelligent alternatives. Our speed of thought and decisive actions give us a leading edge. Communication matters rust and respect enable open communication. e show who we are and what we feel. e keep our promises. e are open to and accept constructive criticism. Employee development matters e continuously invest in personnel and offer outstanding internal development opportunities. e attract talents around the world and create a favourable environment for long-term personal growth. CORPORAE VAUES INRODUCION 5 Professionalism matters e strive to be professional in everything we do. Our performance leads to results and growth which are always above average. 6 Our environment matters Environmental protection is a matter of each employee at home and at work. As a company we guarantee the community to be a considerate neighbour.

A8 INRODUCION PRODUCION SIE Production site PRODUCION SIE INRODUCION Mamer (uxembourg) he CERAIZI Group has its headquarters in Mamer in uxembourg. oday the plant in Mamer has more than 1,15 employees and concentrates on industrial wear protection, wood and stone machining as well as inserts and tools. Mamer

INRODUCION CARBIDE A COMPOSIE MAERIA A9 Carbide a composite material with valuable properties Carbides are composite materials consisting of a hard material and a comparatively soft binder metal, like cobalt (Co). he performance characteristics of carbide are determined by hardness, transverse rupture strength and fracture toughness. ith regard to their application, important parameters for the optimisation of these characteristics are the cobalt content and the grain size of the metal binder phase. he tungsten carbide grains have an average size of less than.2 μm up to several micrometres (μm). he cobalt fills the gaps between the carbide grains. hen extremely high toughness is required, the cobalt content can amount up to 3%, whereas, for maximum wear resistance, the cobalt content is reduced and the grain size decreased to the nano-crystalline range of <.2 μm. CERAIZI produces far more than 1 different carbide grades particularly for wear parts and cutting tools, thus offering a customised solution for every application. CARBIDE A COMPOSIE MAERIA INRODUCION

A1 INRODUCION CARBIDE - PRODUCION Carbide production AP (ammonium para-tungstate) Carbide production at CERAIZI started in 1929. ast but not least, thanks to long-standing experience CERA- IZI handles the entire process chain, from the raw material to the dispatching of the finished products to customers. he production process of powder-metallurgical products basically includes the four steps of powder preparation, forming, sintering and finishing. Yellow tungsten oxide CARBIDE - PRODUCION INRODUCION ungsten carbide production he AP (ammonium para-tungstate) is calcined into tungsten oxide under high temperature. Subsequently the oxide is reduced to tungsten metal in a hydrogen atmosphere. he metal powder is then mixed with carbon and carburised under inert atmosphere at high temperatures. he production parameters are decisive for the C grain size in the sintered carbide. Powder preparation he tungsten carbide is intensely mixed with the binder metal cobalt, nickel or iron, various grain growth inhibitors and materials, which promote compaction, by wet grinding so that a homogeneous suspension is created. Afterwards, the suspension is dried in a spray tower to produce a granulate with good flow characteristics. his granulate represents the basis for all forming processes. ungsten Blue tungsten oxide ungsten carbide

INRODUCION CARBIDE - PRODUCION A11 Metal forming pressing machining Metal forming he objective of the forming process is to obtain a near net shape sample. Pressing is normally carried out at room temperature with pressures reaching up to several tons per square centimetre. here are several ways of pressing blanks: During isostatic cold pressing the powder is filled into an elastic flexible hose and pressed into a compacted form through high liquid pressure. he powder blocks which are produced in this way can then be processed mechanically. All common machining methods like milling, cutting, drilling or turning may be applied. In uniaxial pressing the pressing tool consists of a die and an upper and a lower punch. he carbide powder is filled into the die and then compacted to create the so called green carbide, which is ejected from the pressing die. Extrusion pressing is mainly used to produce rectangular bar or cylindrical rod, with or without axial hole(s). A plasticiser is added to the powder. he resulting paste is pressed through an extrusion nozzle. Before sintering, the plasticiser must be evaporated in special drying furnaces. Metal Injection Moulding (MIM) is a process used to produce more complex forms which cannot be produced by direct pressing. he paste preparation is similar to the extrusion process. CARBIDE - PRODUCION INRODUCION Pressing Machining

A12 INRODUCION CARBIDE - PRODUCION Sintering Sintering process he sintering process converts the blank into a homogeneous and dense carbide with a high level of hardness. he material is sintered at temperatures between 1,3 and 1,5 C (liquid phase sintering) and sometimes also at high pressure (up to 1 bar). he volume is reduced by up to 5 % during this process. INRODUCION CARBIDE - PRODUCION Sintering

INRODUCION CARBIDE - PRODUCION A13 Finishing grinding coating Finishing In order to achieve the final requirements of surface finish, tolerances, etc. carbide parts can be subjected to a series of finishing processes such as grinding, spark erosion and coating. As a pioneer in coating technology we set new standards through revolutionary coating developments even today. Our coating competency covers classic hard material coatings, functional tailor-made coatings for specific customer applications as well as multi-layer coating. hese coatings, which consist for example of titanium carbide, titanium nitride or aluminium oxide, maximise the cutting performance and service life of the CERAIZI carbide products. he most important coating procedures are CVD (Chemical Vapour Deposition) and PVD (Physical Vapour Deposition). Cemented carbide machining by spark erosion meets the highest technological standards. ire erosion and cavity sinking by EDM guarantee high precision. ong-standing experience combined with carbide grades that are specially adapted for erosion guarantee optimum machining results. CARBIDE - PRODUCION Finishing INRODUCION Grinding Coating

A14 INRODUCION CARBIDE - PRODUCION Joining erosion quality check Composite parts In many cases it is not optimal to manufacture the entire component in carbide. he use of carbide is then limited to the area in which wear occurs. Materials with appropriate wear resistance are used for the tool; they are easier to machine than carbide. Numerous tried and tested technologies, such as brazing, gluing, clamping, connections with screws and shrinking are applied to combine carbide with other materials. CARBIDE - PRODUCION Joining INRODUCION Erosion, grinding, honing,... Quality check

INRODUCION CARBIDE - APPICAION AND COMPOSIION A15 ear resistance Carbide is a hard material with mechanical properties that can be adjusted within a very wide range, given its composition and microstructure. he hardness and toughness range of the CERAIZI grades includes everything from wear-resistant tool steel to super-hard ceramic materials. Natural diamond PCD, diamond coated CBN Ceramic (O) Ceramic (N) Cermet Carbide HSS CDIA2 hard material phase metallic binder phase oughness Criteria relevant for application ear resistance, hardness Compressive strength Impact strength ransverse rupture strength ribological properties Specific weight Magnetic properties Modulus of elasticity, rigidity hermal properties Corrosion resistance, resistance to oxidation oughness he hard material provides the necessary hardness wear resistance he metallic binder provides CARBIDE - APPICAION AND COMPOSIION INRODUCION hard material phase toughness Micrograph of C-Co carbide Classification of the C grain size CERAIZI Average grain size [µm] Classification code <.2 nano N.2 - <.5 ultrafine U.5 - <.8 submicron S.8 - < 1.3 fine F 1.3 - < 2.5 medium M 2.5 - < 6. coarse C > 6. extra-coarse E he classification of carbides according to grain size corresponds to the recommendations of the Powder Metallurgy Association.

A16 INRODUCION CARBIDE - PROPERIES Carbide properties depending on the Co contents and C grain size Hardness (wear resistance) Nozzles for water jet cutting ype of stress ear Corrosion Carbide grade Very high hardness: 265 HV3 Small grain size: <.5 um ow Co content:.4% Corrosion resistance when adding Cr 3 C 2 CARBIDE - PROPERIES Hardness Cobalt content Grain size INRODUCION ransverse rupture strength Cobalt content Grain size oughness Cobalt content Grain size ransverse rupture strength oughness Micro-drilling ype of stress ear Deflection Carbide grade.r.s.: >4 MPa Small grain size: <.5 µm + VC ow Co content ~ 8.5% High wear resistance: 193 HV3 Hot rolling ype of stress ear due to abrasion Built-up edge Impact stress Carbide grade Sufficient fracture toughness: Co content 2% Good wear resistance: 13 HV3 Medium grain size coarse or extra-coarse

INRODUCION GENERA GRADE OVERVIE GRADE PROPERIES A17 he graphic illustrations below show that the mechanical properties of the carbide mainly depend on the binder content (Co) and the C grain size. Hardness, i.e. wear resistance, increases inversely proportional to the fracture toughness. his means that the harder the material the more it reacts to notch tensions and impact stress (the impact resistance parameter, which cannot be precisely defined, correlates with the fracture toughness of the material). On the other hand, the transverse rupture strength does not directly depend on the hardness but rather on the C grain size and the cobalt content. he adhesive wear (tendency to Ultrafine grades Submicron grain Fine / medium grain 1µm 1µm 1µm stick), however, decreases with the grain size and the cobalt content of the carbide used. he list of the mentioned interdependencies, which could be extended at will for other wear and failure mechanisms, show that it is only possible to choose the correct carbide grade following a systematic procedure and/or based on experience with similar applications. K IC value [MPa * m 1/2 ] ransverse rupture strength [MPa] Hardness [HV3] 3 25 2 15 1 5 45 4 35 3 25 2 15 25 2 15 1 5 5 1 15 2 25 3 Co [%] 5 1 15 2 25 3 Co [%] GENERA GRADE OVERVIE GRADE PROPERIES INRODUCION 5 1 15 2 25 3 Co [%] Ultrafine grade Fine / medium grain Coarse grain Submicron grain Coarse grain

A18 INRODUCION GENERA GRADE OVERVIE GRADE PROPERIES Composition and properties GENERA GRADE OVERVIE GRADE PROPERIES INRODUCION Nano-grades CERAIZI grade code Ultrafine grades Submicron grain Fine grain grades ISO code U.S. code Binder Density Hardness ransverse rupture strength [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] UMG4 K1 C4 2,2 15,3 25 24 96, 32 464 5,4 SMG2 K1 C4 2,4 15,25 23 22 95,2 35 58 5,7 KCR5+ Co+Ni 3, 15,25 216 2115 94,5 26 377 6,8 KCR5 K1 C4 Co+Ni 2,76 15,2 215 211 94,4 25 363 6, HE4 K4 2, 13,15 125 124 88,8 35 58 12,1 KCR6+ Co+Ni 3, 15,3 26 22 94, 28 46 7,5 CMPP3 3, 15,3 195 191 93,6 23 333 KCR6 3, 15,3 195 191 93,6 23 334 8,5 KCR8 4,2 15,2 192 1885 93,4 23 331 8,7 CS12D K1-K15 6, 14,95 18 177 92,9 37 537 8,8 MG18 K2 C2 1, 14,45 168 166 92,3 37 537 9,4 CS18D K2-K4 C2 9, 14,55 161 159 91,9 37 537 11, COPP1 1, 14,45 157 155 91,6 3 435 Fracture toughness CS24D K3-K4 12, 14,25 148 146 9,9 4 58 12,5 MG3 >K4 15, 13,95 133 132 89,7 38 551 11,9 KCR1 Co+Ni 4, 15,15 178 176 92,8 28 46 1,1 HC1 K1 C3 5,6 15, 176 173 92,7 215 312 9,2 HC5 K1 C3 4, 15,15 173 17 92,5 22 319 8,7 HC2 K2 C2-C3 6, 15, 164 162 92,1 22 319, 9,9 S26 P2 C2 Co 9,5 (i,a,nb) 12,2 157 155 91,6 22 319 1,8 C 2,6 S25 P25 C5-C6 Co 9,5 (i,a,nb) 12,5 155 153 91,5 25 363 1,5 C 22,4 SMX P2M/P25M C6 Co 11, (i,a,nb) 12,65 155 153 91,5 22 319 1, C 18,5 S4X7 P3/P35 C1-C2 Co 11, (i,a,nb) 13,5 149 147 91, 23 334 11,6 C 11,2 S4 P35 C1-C2 Co 11, (i,a,nb) C 12, 13,25 144 142 9,6 24 348 13,5 HC4 K4 C1 12, 15, 133 132 89,7 3 464 12,

INRODUCION GENERA GRADE OVERVIE GRADE PROPERIES A19 Composition and properties CERAIZI grade code Medium grain grades Coarse grain Silicon nitride ISO code U.S. code S3X7 P25 C6 Co 9, (i,a,nb) C [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] 12,45 156 154 91,5 215 312 1,7 HC25 K2 C2 7, 15, 155 153 91,5 26 377 1,4 HC3 K3 C1 8,5 15, 142 14 9,4 35 58 12,1 HC35 K3 C1 9, 14,6 14 138 9,3 28 335 1,9 S6X7 P4 C5 Co 14, (i,a,nb) C 17,2 11,6 139 137 9,2 235 341 11,7 GC32 K4 1, 14,6 113 112 87,6 26 377 18, GC4 <K4 15, 14,5 99 98 85,8 28 457 22, SNC1 CN-K2 AI 2 O 3 Y 2 O 3 9, Binder Density Hardness ransverse rupture strength Fracture toughness 3,25 155 153 91,5 11 16 6,5 GENERA GRADE OVERVIE GRADE PROPERIES Steel HSS 18% 18., others 6., 85 64 Fe balance HSS 6% 6.4, others 6., 85 64 Fe balance HPS 79 62 INRODUCION Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

A2 INRODUCION GRADE OVERVIE Saw tips for wood working Saw tips for metal sawing Rods C grade code inter Sommer, mainly wood processing companies and saw mills Softwood Hardwood Chipboard MDF HDF Non-ferrous metals Steel Stainless steel Aerospace material Softwood Hardwood Chipboard MDF HDF Plastics Composite materials GRADE OVERVIE INRODUCION UMG4 SMG2 HE4 KCR5 KCR5+ CMPP3 COPP1 MG18 CS18D CS12D CS24D KCR6 KCR6+ KCR8 HC1 HC2 HC5 HC4 KCR1 S25 S26 S4 S4X7 SMX HC25 HC3 HC35 GC32 HPS HSS 6% HSS 18% see page(s) A22-A23 Acceptable Good Very good Optimum

INRODUCION GRADE OVERVIE A21 Rectangular strips Blanks Indexable knives Planer blades INRODUCION GRADE OVERVIE Softwood Hardwood Chipboard MDF HDF Plastics Softwood Hardwood Chipboard MDF HDF Plastics Softwood Hardwood Chipboard MDF HDF Plastics Softwood Hardwood Chipboard MDF HDF

A22 INRODUCION GRADE RECOMMENDAIONS SA IPS FOR MEA Grade recommendations saw tips for metal C grade code Material types Circular saws ork pieces Coating GRADE RECOMMENDAIONS SA IPS FOR MEA Non-ferrous metals Sandwich materials HC1 KCR1 KCR5+ HC1 HC1 SMX Aluminium < 7% silicon 215 6 mm tube, plate, bar and extruded section no Aluminium < 7% silicon 215 6 mm tube, plate, bar and extruded section no Aluminium > 7% silicon 215 6 mm tube, plate, bar and extruded section no Brass 215 6 mm tube, plate, bar and extruded section no Copper 215 6 mm tube, plate, bar and extruded section no 215 6 mm Stainless steels CS24D Duplex 25 56 mm yes CS18D SUS 34, 312, 316 25 56 mm yes Aerospace materials CS24D CS18D Aluminium steel and other materials steel sandwiched with other materials Inconel 718, Hastelloy 35 55 mm solid carbide yes itanium 35 55 mm solid carbide yes no INRODUCION Steel S4 S25 new General (reground saws) 25 2 mm various Bearing steel 355 6 mm various yes no S25 new Oil / gas tubes Flying cut-off 355 6 mm seamless tubes without internal / external welding seam yes S25 new Various materials HSC (high speed cutting) 355 6 mm seamless tubes without internal / external welding seam yes S4 Various Orbital saws 355 6 mm tube with internal / external welding seam yes S25 Die steel > HRC6 35 55 mm various yes Medium carbon steel 35 55 mm solid yes Cast iron Cast iron, low ferrite content 355 6 mm yes CS12D new

INRODUCION GRADE RECOMMENDAIONS BAND SAS FOR MEA/OOD A23 Grade recommendation band saws for metal Non-ferrous metals Steel Stainless steels Aerospace materials C grade code HC2 CS12D KCR1 HC2 HC2 CS18D HC2 KCR1 CS18D CS18D CS18D CS24D CS18D CS24D CS18D C grade code Material types Aluminium < 7% silicon Aluminium > 7% silicon Aluminium > 7% silicon, castings Brass Copper Black steel, constructional steel, annealed steels, cold/hot working steels and tool steel Steel > HRC6 High chrome steel Duplex steels Nickel based alloys Corrosion resistant steels Inconel 718, Hastelloy Inconel 718, titanium Grade recommendations band saws for wood Material types GRADE RECOMMENDAIONS BAND SAS FOR MEA/OOD INRODUCION ood CS18D aminated materials

A24 INRODUCION INNOVAIONS SERIES 6

INRODUCION INNOVAIONS SERIES 6 A25 Saw tip 6 series the new saw tip geometry from CERAIZI he most characteristic feature of the saw tip series 6 is the radius on the lower side of the tip which replaces the previous angle. As a result of this modification, the necessary heat is conducted faster to the back of the tip which subsequently allows quicker brazing of the saw tip. Another positive effect of this tip geometry is that, thanks to the reduced brazing time, a homogeneous structure of the carbide with the basis is created. Conserving resources In terms of new developments CERAIZI always strives for resource-conserving products. In this context too series 6 stands out. Due to the modified shape, the weight of the tip has been notably reduced. he new saw tip series can be applied directly in your production department. INNOVAIONS SERIES 6 INRODUCION Advantages he following sizes are available: Smart design Faster brazing of the saw tip More homogeneous structure carbide / tool eight reduction = conserves resources Reference number sizes 6 8. x x 2.3 6 8. x x 2.5 6 8. x x 3. 6 8.5 x x 2.5 6 1.5 x x 2.5 6 1.5 x x 3. 6 1.5 x x 3.5

A26 INRODUCION INNOVAIONS EASY INE

INRODUCION INNOVAIONS EASY INE A27 Easy ine knives Easy ine knives combine performance, affordability and availability. Manufactured at our integrated production units in Europe, the Easy ine product range utilises our new submicron grade COPP1 which has been extensively tested in a variety of different wood machining applications. his entry performance tungsten carbide grade offers the same high reliability as CERAIZI s existing grades with wear characteristics close to MG18, a recognised all round grade for solid wood. COPP1 Cobalt content: Hardness: ransverse rupture strength: Grain size: 1% 157 HV1 > 3 MPa,7 µm Advantages Versatile application Very good price-performance ratio Conserves resources Optimal price-performance ratio he manufacturing process for Easy ine knives has been optimised for high-volume and cost-sensitive markets. In exchange for minimum order quantities, customers benefit from special price levels to address today s market expectations. ead time is also reduced, with most popular articles available from stock. hese benefits make Easy ine knives a great alternative for today s most common wood machining applications. INNOVAIONS EASY INE INRODUCION Easy ine product range without corner radius with corner radius Indexable knives Scorers Planer blades E CK S 9.6X12.X1.5 COPP1 11791 E CK S 15.X12.X1.5 COPP1 117911 E CK S 2.X12.X1.5 COPP1 117912 E CK S 3.X12.X1.5 COPP1 11742547 E CK S 4.X12.X1.5 COPP1 117913 E CK S 5.X12.X1.5 COPP1 11742544 E CK S 6.X12.X1.5 COPP1 117914 E CK SC 14.X14.X2. COPP1 11742545 E CK SC 15.X15.X2.5 82 R 95 COPP1 1179938 E CK SC 15.X15.X2.5 82 R115 COPP1 1179935 E CK SC 15.X15.X2.5 82 R15 COPP1 1179939 E CK SC 15.X15.X2.5 R 95 COPP1 11778838 11827619 E CK SC 15.X15.X2.5 R115 COPP1 1178992 11827617 E CK SC 15.X15.X2.5 R15 COPP1 11789899 11827613 E CK PK 75.5X5.5X1.1 COPP1 11871695 E CK PK 8.5X5.5X1.1 COPP1 11871691 E CK PK 82.X5.5X1.1 COPP1 1181133

A28 INRODUCION INNOVAIONS CDIA2

INRODUCION INNOVAIONS CDIA2 A29 CDIA2 CERAIZI is presenting the new saw tip CDIA2. ith an innovative layer structure CDIA2 guarantees a consistent edge radius during the entire sawing operation. hanks to the self-sharpening tip, the cutting edge remains constantly sharp. In case of an MDF particle board CDIA2 cuts 25 kilometres surpassing the performance of conventional saw tips by a multiple. In addition, the PCD coating of CDIA2 is protected against edge chipping. hus the excellent surface quality of the work piece is also guaranteed when the cutting distance increases. 25 2 15 1 Cutting costs comparison in % Advantages o Self-sharpening effect of the cutting edge o ool life 25 kilometres o ell-suited for brazing and grinding o High surface quality of the work piece 5 CDIA2 PCD op end carbide ow overall operation costs High end carbide Medium range carbide he overall operation costs of CDIA2 are equal to the ones with PCD saw tips. Compared to high-quality carbide saw tips, the operation costs using CDIA2 were reduced by a multiple. INNOVAIONS CDIA2 INRODUCION Cutting distance in MDF (laboratory test set-up) [km] CDIA2 prototype saw 1 CDIA2 prototype saw 2 CDIA2 prototype saw 3 High end carbide saw Surface defect size [-] 5 1 15 2 25 Source: laboratory set-up by University of Stuttgart

A3 INRODUCION

INRODUCION E ECHSORE CERAIZI E-echstore he CERAIZI online shop offers a comprehensive range of cutting tools, rods and products for wear protection. e promise you a well-structured navigation and easy user guide! Speed You have access to more than 2, products online. he extended rapid product search via the material number, ISO designation or characteristics allows you to find the product you need. After ordering you will immediately receive an order confirmation. You may inform yourself online at any time on the delivery status of your products. (rack & race) Services he CERAIZI E-echstore is available to you around the clock. You may check the offer, order, consignments and invoice online. Open orders can be changed at the last minute if you wish to correct them. For this purpose you always use your personal order templates. Should you have any questions, a personal contact will additionally be available. Information You will receive state-of-the-art detailed technical information and graphic illustrations for all products in the E-echstore. You will also be informed about possible connections and suitable accessories. hanks to the up-to-date availability check applicable to all standard articles you can immediately see when you will receive the requested products. E ECHSORE INRODUCION Business All products are ordered at net prices and conditions. e guarantee optimal safety through SS-encoding. CERAIZI linkage ould you like to link your system with CERAIZI? CERAIZI supports all common link formats (EDI, XM, OCI, etc.). Get in touch with your contact person! Our technical engineer will analyse your requirements together with you and will help you when choosing the suitable technology.

B2 Saw tips for wood working ong tool life thanks to customised carbide grades is what characterises our saw tips in application. he very good brazability and close geometric tolerances make the difference when it comes to tool production. he special design of the new saw tip series 6 ensures shorter brazing time thanks to a better distribution of the induced heat, while other advantages are the simplified regrinding process and enhanced chip evacuation. he innovative saw tip CDIA2 combines the efficient manufacturing of carbide saws with the tool life of PCD saws in a unique way. hanks to a proven self-sharpening effect, the innovative saw tip CDIA2 achieves a tool life of over 25 kilometres without having to be reground. SA IPS FOR OOD

SA IPS FOR OOD GRADE PROPERIES B3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Ultrafine grades KCR5+ N/A N/A 3, 15,25 216 2115 94,5 26 377 6,8 KCR5 K1 C4 2,76 15,2 215 211 94,4 25 363 6, HE4 K4 N/A 2, 13,15 125 124 88,8 35 58 12,1 Submicron grain Fine grain grades KCR6+ N/A N/A 3, 15,3 26 22 94, 28 46 7,5 CMPP3 N/A N/A 3, 15,3 195 191 93,6 23 333 N/A KCR6 N/A N/A 3, 15,3 195 191 93,6 23 334 8,5 COPP1 N/A N/A 1, 14,45 157 155 91,6 3 435 N/A KCR1 N/A N/A 4, 15,15 178 176 92,8 28 46 1,1 HC1 K1 C3 5,6 15, 176 173 92,7 215 312 9,2 GRADE PROPERIES Coarse grain GC32 K4 N/A 1, 14,55 113 112 87,6 26 377 18, SA IPS FOR OOD Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

B4 SA IPS FOR OOD SA IPS SERIES 6 6.. +.2 28 1,3 ype, min max Grade 6 8. 2. 7. 2.3 B3 6.. +.2 28 SA IPS SERIES 6 ype, 1,3 min max Grade 6 8. 2. 7. 2.5 B3 SA IPS FOR OOD 6.. +.2 28 1,3 ype, min max Grade 6 8. 2. 7. 3. B3 6.. +.2 28 1,3 ype, min max Grade 6 8.5 2. 7. 2.5 B3 A24-A25

SA IPS FOR OOD SA IPS SERIES 6 B5 6.. +.2 28 1,3 ype, min max Grade 6 1.5 2. 7. 2.5 B3 6.. +.2 28 ype, 1,4 min max Grade 6 1.5 2. 7. 3. B3 SA IPS SERIES 6 6.. +.2 28 1,4 SA IPS FOR OOD ype, min max Grade 6 1.5 2. 7. 3.5 B3 A24-A25

B6 SA IPS FOR OOD SA IPS DIA 5164.. +.2 28 7 ype, Material Grade [mm] [mm] [mm] [see page(s)] 5164-8.5X3.8X2.5 CDIA2 11794723 8.5 3.8 2.5 B3 5164-1.5X 5.4X3.5 CDIA2 1179473 1.5 5.4 3.5 B3 5164-1.5X6.2X3.5 CDIA2 11794732 1.5 6.2 3.5 B3 SA IPS DIA Grinding wheel SA IPS FOR OOD ype, Material CDIA - 1-4-6 RS3-32 1-4A9 11818385 CDIA - 125-3-6 RS-32 18-6B2H 11818386 Clamp ype, Material 5164-1 SENKUNG 1.5X45GR 1152836 5164-11 12.7X12.7X4.8MM 11528745 5164-31 12.7X12.7X4.8MM 11586727 A28-A29

SA IPS FOR OOD SRAIGH SA IPS B7 2861.. +.2 28 4 1,3 ype, min max Grade 2861 5. 1.5 2.2 1.5 B3 4467.. +.2 2 ype, min max Grade 44671 5.5 2. 3.3 1.6 B3 1,2 7 SRAIGH SA IPS 13651.. +.2 4 2 4,8 6 SA IPS FOR OOD ype, min max Grade 13651 6. 1.6 3.5 1.8 B3 25375.. +.2 28 4 1,3 ype, min max Grade 25375 6. 2. 5. 1.8 B3

B8 SA IPS FOR OOD SRAIGH SA IPS 25374.. +.2 28 4 1,3 ype, min max Grade 25374 6. 2. 5. 2. B3 4715.. +.2 28 SRAIGH SA IPS ype, min max Grade 4715 6.5 1.4 6.5 1.6 B3 1,1 7 SA IPS FOR OOD 16387.. +.2 3 1,1 6 ype, min max Grade 16387 6.5 2. 5.6 2. B3 3144.. +.2 28 56 1,1 ype, min max Grade 3144 6.5 1.6 6. 2. B3

SA IPS FOR OOD SRAIGH SA IPS B9 3145.. +.2 28 56 1,1 ype, min max Grade 3145 6.5 1.8 6.3 2. B3 1146.. +.2 28 ype, 1,1 min max Grade 1146 7. 2. 9. 2. B3 7 SRAIGH SA IPS 29984.. +.2 28 1,5 7 SA IPS FOR OOD ype, min max Grade 29984 7. 2.2 4.7 2.2 B3 44671.. +.2 2 76 1,9 ype, min max Grade 44671 7. 2.5 6.8 2.3 B3

B1 SA IPS FOR OOD SRAIGH SA IPS 1575.. +.2 28 7 1,3 ype, min max Grade 1575 7.5 2. 5. 2. B3 44814.. +.2 3 SRAIGH SA IPS ype, min max Grade 44814 7.5 2.8 6.5 2.4 B3 1,3 SA IPS FOR OOD 2614.. +.2 28 1,5 7 ype, min max Grade 2614 7.5 2. 12.5 2.5 B3 1737.. +.2 28 7 Series 6 see page(s) 1,1 A25+B4 ype, min max Grade 1737 8. 1.6 8.4 2.3 B3

SA IPS FOR OOD SRAIGH SA IPS B11 11963.. +.2 28 7 Series 6 see page(s) 1,3 A25+B4 ype, min max Grade 11963 8. 2. 1. 2.5 B3 671.. +.2 2 ype, Series 6 see page(s) A25+B5 min max Grade 671 8. 2.9 7.2 3. B3 1,3 4 SRAIGH SA IPS 1975.. +.2 Series 6 see page(s) A25+B4 28 1,3 7 SA IPS FOR OOD ype, min max Grade 1975 8.5 2. 8.5 2.5 B3 41884.. +.2 3 4 3. 3. 1,66 ype, min max Grade 41884 8.5 3.6 8.2 3.2 B3

B12 SA IPS FOR OOD SRAIGH SA IPS 44246.. +.2 3 6 3. 3. 1,66 ype, min max Grade 44246 8.5 2.8 7.5 3.2 B3 24466.. +.2 2 SRAIGH SA IPS ype, min max Grade 24466 9. 2.5 6. 2.5 B3 1,3 5 SA IPS FOR OOD 22974.. +.2 28 4 1,55 ype, min max Grade 22974 9. 2.4 9. 2.7 B3 25618.. +.2 28 7 1,4 ype, min max Grade 25618 9. 2.2 8.5 2.7 B3

SA IPS FOR OOD SRAIGH SA IPS B13 24467.. +.2 2 68 1,3 ype, min max Grade 24467 1. 3. 7. 2.5 B3 12154.. +.2 28 ype, min max Grade 12154 1. 3. 8. 2.8 B3 1,4 7 SRAIGH SA IPS 31591.. +.2 1 1,6 72 SA IPS FOR OOD ype, min max Grade 31591 1. 3.5 1. 3. B3 2218.. +.2 28 7 1,2 ype, min max Grade 2218 1.5 2.9 7. 2.3 B3

B14 SA IPS FOR OOD SRAIGH SA IPS 11748.. +.2 28 7 Series 6 see page(s) 1,3 A25+B5 ype, min max Grade 11748 1.5 2.2 1.6 2.5 B3 12356.. +.2 28 SRAIGH SA IPS ype, Series 6 see page(s) A25+B5 1,3 min max Grade 12356 1.5 2.5 15.5 3. B3 7 SA IPS FOR OOD 51224.. +.2 3 6 1,66 ype, min max Grade 51224 1.5 6.5 5.5 3.2 B3 26457.. +.2 2 6 Series 6 see page(s) 1,4 A25+B5 ype, min max Grade 26457 1.5 2.5 13. 3.5 B3

SA IPS FOR OOD SRAIGH SA IPS B15 528.. +.2 39 59 1,5 ype, min max Grade 528 1.5 3.3 9. 3.5 B3 47978.. +.2 3 ype, min max Grade 47978 1.5 3.5 11. 4. B3 2,1 7 SRAIGH SA IPS 19975.. +.2 1 1 3 4 1,75 SA IPS FOR OOD ype, min max Grade 19975 12. 4. 12.5 3.5 B3 1529.. +.2 28 7 1,6 ype, min max Grade 1529 12.5 3.2 11.5 3. B3

B16 SA IPS FOR OOD SRAIGH SA IPS 46623.. +.2 28 7 1,8 ype, min max Grade 46623 12.5 4.1 7.5 3.5 B3 2415.. +.2 3 SRAIGH SA IPS ype, min max Grade 2415 12.5 3.3 2. 4. B3 2,2 7 SA IPS FOR OOD 5884.. +.2 3 2,2 7 ype, min max Grade 5884 12.5 4.9 6.8 4. B3 38376.. +.2 3 4 1,5 ype, min max Grade 38376 13. 3.8 18.3 4. B3

SA IPS FOR OOD SRAIGH SA IPS B17 4492.. +.2 3 6 1,4 ype, min max Grade 4492 13. 4. 12.5 4. B3 5212.. +.2 4 ype, 3 3 1,6 min max Grade 5212 13. 4. 11. 4. B3 6 SRAIGH SA IPS 18246.. +.2 3,5 4 SA IPS FOR OOD ype, min max Grade 18246 13. 5. 12.5 5. B3 1816.. +.2 3 7 2,3 ype, min max Grade 1816 14.5 4. 2.5 4. B3

B18 SA IPS FOR OOD SRAIGH SA IPS 1719.. +.2 3 ype, min max Grade 1719 15.5 7.5 13. 5. B3 SA IPS FOR OOD SRAIGH SA IPS

SA IPS FOR OOD HOO OOH SA IPS B19 5973.. ±.1 2 7 7 1,4 ype, Grade [mm] [mm] [mm] [see page(s)] 5973 8.5 3.7 2.6 B3 5973 1.5 3.7 2.6 B3 51229.. ype, Grade [mm] [mm] [mm] [see page(s)] 51229 1.5 3.8 2.6 B3 7 ±.1 7 2 1,4 HOO OOH SA IPS 5123.. 4 ±.1 2 4 1,3 SA IPS FOR OOD ype, Grade [mm] [mm] [mm] [see page(s)] 5123 8.5 3.5 2.5 B3 5123 1.5 3.5 2.5 B3

B2 SA IPS FOR OOD HOO OOH SA IPS 51231.. ±.1 2 7 7 1,4 ype, Grade [mm] [mm] [mm] [see page(s)] 51231 8.5 4. 2.6 B3 51231 1.5 4. 2.6 B3 HOO OOH SA IPS 51232.. ype, Grade [mm] [mm] [mm] [see page(s)] 51232 8.5 4.2 2.6 B3 ±.1 2 1,2 SA IPS FOR OOD 51233.. 4 ±.1 2 4 1,4 ype, Grade [mm] [mm] [mm] [see page(s)] 51233 8.5 4.5 2.6 B3 51233 1.5 4.5 2.6 B3

SA IPS FOR OOD HOO OOH SA IPS B21 51242.. ±.1 2 4 4 1,2 ype, Grade [mm] [mm] [mm] [see page(s)] 51242 8.5 3.2 2. B3 SA IPS FOR OOD HOO OOH SA IPS

B22 SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA 25374.. DA +.2 28 4 1,3 SRAIGH SA IPS IH PRE-INNED OP DA ype, min max Grade 25374 6. 2.4 5. 2. B3 3144.. DA +.2 ype, min max Grade 3144 6.5 2.8 3.6 2. B3 28 1,1 56 SA IPS FOR OOD 16387.. DA +.2 3 1,1 6 ype, min max Grade 16387 6.5 3. 5. 2. B3 3145.. DA +.2 28 56 1,1 ype, min max Grade 3145 6.5 3.3 3.3 2. B3 K17

SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA B23 1146.. DA +.2 28 7 ype, min max Grade 1146 7. 2.6 5.5 2. B3 29984.. DA +.2 ype, min max Grade 29984 7. 4.6 4.6 2.2 B3 1,1 28 1,5 7 SRAIGH SA IPS IH PRE-INNED OP DA 44671.. DA +.2 2 1,9 76 SA IPS FOR OOD ype, min max Grade 44671 7. 3. 3. 2.3 B3 1575.. DA +.2 28 7 1,3 ype, min max Grade 1575 7.5 3. 3.6 2. B3 K17

B24 SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA 2614.. DA +.2 28 7 SRAIGH SA IPS IH PRE-INNED OP DA ype, min max Grade 2614 7.5 3.2 6. 2.5 B3 1737.. DA +.2 ype, min max Grade 1737 8. 2.5 5.5 2.3 B3 1,5 28 1,1 7 SA IPS FOR OOD 11963.. DA +.2 28 1,3 7 ype, min max Grade 11963 8. 3. 4.8 2.5 B3 671.. DA +.2 2 4 1,3 ype, min max Grade 671 8. 5.5 5.5 3. B3 K17

SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA B25 1975.. DA +.2 28 7 ype, min max Grade 1975 8.5 2.5 6.5 2.5 B3 41884.. DA +.2 ype, min max Grade 41884 8.5 3.5 6.8 3.2 B3 3, 3, 1,3 3 4 1,66 SRAIGH SA IPS IH PRE-INNED OP DA 25618.. DA +.2 28 1,4 7 SA IPS FOR OOD ype, min max Grade 25618 9. 2.8 7. 2.7 B3 22974.. DA +.2 28 4 1,55 ype, min max Grade 22974 9. 4. 6. 2.7 B3 K17

B26 SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA 31591.. DA +.2 1 72 1,6 SRAIGH SA IPS IH PRE-INNED OP DA ype, min max Grade 31591 1. 5. 5. 3. B3 11748.. DA +.2 ype, min max Grade 11748 1.5 2.8 6.5 2.5 B3 28 1,3 7 SA IPS FOR OOD 12356.. DA +.2 28 1,3 7 ype, min max Grade 12356 1.5 3. 9. 3. B3 528.. DA +.2 39 59 1,5 ype, min max Grade 528 1.5 4. 6.5 3.5 B3 K17

SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA B27 26457.. DA +.2 2 6 ype, min max Grade 26457 1.5 3. 11. 3.5 B3 1529.. DA +.2 ype, min max Grade 1529 12.5 4.3 5.8 3. B3 1,4 28 1,6 7 SRAIGH SA IPS IH PRE-INNED OP DA 46623.. DA +.2 28 1,8 7 SA IPS FOR OOD ype, min max Grade 46623 12.5 4.5 6. 3.5 B3 2415.. DA +.2 3 7 2,2 ype, min max Grade 2415 12.5 4. 11. 4. B3 K17

B28 SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA 5884.. DA +.2 3 7 SRAIGH SA IPS IH PRE-INNED OP DA ype, min max Grade 5884 12.5 6.8 6.8 4. B3 38376.. DA +.2 ype, min max Grade 38376 13. 3.8 11. 4. B3 2,3 3 1,5 4 SA IPS FOR OOD 5212.. DA +.2 3 3 4 1,6 6 ype, min max Grade 5212 13. 4.5 6.5 4. B3 4492.. DA +.2 3 6 1,4 ype, min max Grade 4492 13. 4.9 9. 4. B3 K17

SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA B29 1816.. DA +.2 3 7 2,3 ype, min max Grade 1816 14.5 5. 11. 4. B3 SA IPS FOR OOD SRAIGH SA IPS IH PRE-INNED OP DA K17

B3 SA IPS FOR OOD U.S. SYE SA IPS A.. 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] A.25.85.2.62 B3 B.. U.S. SYE SA IPS ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] B.281.78.119.215 B3 3 SA IPS FOR OOD C.. 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] C.281.93.15.15 B3 D.. 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] D.312.12.375.93 B3

SA IPS FOR OOD U.S. SYE SA IPS B31 E.. 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] E.375.1.375.93 B3 F.. ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] F.5.12.75.125 B3 3 U.S. SYE SA IPS G.. 3 SA IPS FOR OOD ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] G.375.19.625.125 B3 Q.. 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] Q.375.2.89.156 B3

B32 SA IPS FOR OOD U.S. SYE SA IPS IH PRE-INNED OP P A.. P 3 U.S. SYE SA IPS IH PRE-INNED OP P ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] A.25.115.18.62 B3 D.. P ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] D.312.115.375.93 B3 3 SA IPS FOR OOD E.. P 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] E.375.1.4.93 B3 F.. P 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] F.5.15.75.125 B3 K17

SA IPS FOR OOD CANADIAN SYE SA IPS B33 BC.. 3 6.41 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] BC.281.1.195.78 B3 DC.. ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] DC.312.1.312.93 B3 3 6.5 CANADIAN SYE SA IPS EC.. 3 6.5 SA IPS FOR OOD ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] EC.375.11.4.93 B3 FC.. 3 7.64 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] FC.5.11.775.125 B3

B34 SA IPS FOR OOD CANADIAN SYE SA IPS GC.. 3 6.64 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] GC.375.9.55.125 B3 CANADIAN SYE SA IPS HC.. ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] GC.344.11.28.125 B3 3 6.65 SA IPS FOR OOD XC.. 3 7.64 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] XC.437.95.195.125 B3

SA IPS FOR OOD CANADIAN SYE SA IPS IH PRE-INNED OP P B35 BC.. P 3 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] BC.281.12.195.78 B3 DC.. P ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] DC.312.1.312.93 B3.41 3.5 6 6 CANADIAN SYE SA IPS IH PRE-INNED OP P EC.. P 3.5 6 SA IPS FOR OOD ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] EC.375.12.375.93 B3 FC.. P 3 7.64 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] FC.5.115.75.125 B3 K17

B36 SA IPS FOR OOD CANADIAN SYE SA IPS IH PRE-INNED OP P GC.. P 3 CANADIAN SYE SA IPS IH PRE-INNED OP P ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] GC.375.9.5.125 B3 HC.. P ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] GC.344.15.25.125 B3.64 3.65 6 6 SA IPS FOR OOD XC.. P 3.64 7 ype, min max Grade [inch] [inch] [inch] [inch] [see page(s)] XC.437.95.195.125 B3 K17

B37 SA IPS FOR OOD

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SA IPS FOR MEA GRADE PROPERIES C3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Ultrafine grades KCR5+ Co+Ni 3, 15,25 216 2115 94,5 26 377 5,8 Submicron grain Fine grain grades KCR6 3, 15,3 195 191 93,6 23 334 8,5 CS12D K1-K15 6, 14,95 18 177 92,9 37 537 8,8 CS18D K2-K4 C2 9, 14,55 161 159 91,9 37 537 11, CS24D K3-K4 12, 14,25 148 146 9,9 4 58 12,5 KCR1 Co+Ni 4, 15,15 178 176 92,8 28 46 1,1 HC1 K1 C3 5,6 15, 176 173 92,7 215 312 9,2 S26 P2 C2 Co 9,5 (i,a,nb) 12,2 157 155 91,6 17 319 1,8 C 2,6 S25 P25 C5-C6 Co 9,5 (i,a,nb) 12,5 155 153 91,5 25 363 1,5 C 22,4 SMX P2M/P25M C6 Co 11, (i,a,nb) 12,65 155 153 91,5 22 319 1, C 18,5 S4X7 P3/P35 C1-C2 Co 11, (i,a,nb) 13,5 149 147 91, 23 334 11,6 C 11,2 S4 P35 C1-C2 Co 11, (i,a,nb) C 12, 13,25 144 142 9,6 24 348 13,5 GRADE PROPERIES SA IPS FOR MEA Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

C4 SA IPS FOR MEA SRAIGH SA IPS 515.. +.2 ype, min max Grade 515 4.5 2.5 12. 2.5 C3 5158.. +.2 SRAIGH SA IPS ype, min max Grade 5158 4.5 3.5 3.5 2.2 C3 SA IPS FOR MEA 13651.. +.2 4 4 2,8 6 ype, min max Grade 13651 6. 2. 3.2 1.8 C3 3144.. +.2 28 56 1,1 ype, min max Grade 3144 6.5 2.2 2.8 2. C3

SA IPS FOR MEA SRAIGH SA IPS C5 5812.. +.2 1 ype, min max Grade 5812 7.24 4. 5. 3.3 C3 1737.. +.2 28 ype, 1,1 min max Grade 1737 8. 1.6 8.4 2.3 C3 7 SRAIGH SA IPS 1975.. +.2 28 1,3 7 SA IPS FOR MEA ype, min max Grade 1975 8.5 2. 8.5 2.5 C3 5966.. +.2 1 ype, min max Grade 5966 9.6 4.5 7.6 3.3 C3

C6 SA IPS FOR MEA SRAIGH SA IPS 5811.. +.2 1 ype, min max Grade 5811 9.65 6.8 8.8 4.45 C3 43368.. +.2 23 SRAIGH SA IPS ype, min max Grade 43368 12 6. 6. 4 C3 SA IPS FOR MEA 2769.. 3 /3 7.2 +.2 8 ype, min max Grade 2769 12.3 7. 7.2 4. C3 5838.. +.2 8 ype, min max Grade 5838 12.82 7.6 12.9 4.95 C3

8 8 8 SA IPS FOR MEA SRAIGH SA IPS C7 2771.. +.2 ype, min max Grade 2771 5.3 1.6 15. 2,7 C3 2771.. +.2 ype, min max Grade 2771 7. 2. 17. 4, C3 SRAIGH SA IPS 2771.. +.2 8 SA IPS FOR MEA ype, min max Grade 2771 7.5 2. 15. 4, C3 2771.. +.2 ype, min max Grade 2771 8. 2.4 8. 2,6 C3

8 8 8 C8 SA IPS FOR MEA SRAIGH SA IPS 2771.. +.2 ype, min max Grade 2771 8. 2. 14. 3, C3 2771.. +.2 SRAIGH SA IPS ype, min max Grade 2771 8. 2. 12. 4, C3 SA IPS FOR MEA 2771.. +.2 8 ype, min max Grade 2771 9. 2. 17. 4, C3 2771.. +.2 ype, min max Grade 2771 1. 2. 1. 3,2 C3

8 8 8 SA IPS FOR MEA SRAIGH SA IPS C9 2771.. +.2 ype, min max Grade 2771 1. 2. 15. 4, C3 2771.. +.2 ype, min max Grade 2771 1. 2. 17. 4,5 C3 SRAIGH SA IPS 2771.. +.2 8 SA IPS FOR MEA ype, min max Grade 2771 1.5 2. 18. 2,6 C3 2771.. +.2 ype, min max Grade 2771 1.5 2. 16.5 3,5 C3

8 8 8 C1 SA IPS FOR MEA SRAIGH SA IPS 2771.. +.2 ype, min max Grade 2771 11. 2. 15. 3,5 C3 2771.. +.2 SRAIGH SA IPS ype, min max Grade 2771 11. 2. 15. 4, C3 SA IPS FOR MEA 2771.. +.2 8 ype, min max Grade 2771 12. 2. 17. 4, C3 2771.. +.2 ype, min max Grade 2771 12. 2. 15. 5, C3

8 8 8 SA IPS FOR MEA SRAIGH SA IPS C11 2771.. +.2 ype, min max Grade 2771 13. 2. 15. 4, C3 2771.. +.2 ype, min max Grade 2771 15. 2. 17. 4, C3 SRAIGH SA IPS 2771.. +.2 8 SA IPS FOR MEA ype, min max Grade 2771 16. 2. 14. 4, C3 2771.. +.2 ype, min max Grade 2771 2. 2. 22. 6, C3

8 8 C12 SA IPS FOR MEA SA IPS IH CHIP BREAKER 38111.. +.2 ype, min max Grade 38111 3.7 2. 6.5 2.5 C3 SA IPS IH CHIP BREAKER 5661.. +.2 ype, min max Grade 5661 4.32 2.5 5.5 2.7 C3 SA IPS FOR MEA

SA IPS FOR MEA SRAIGH SA IPS IH PRE-INNED OP DA C13 1737.. DA +.2 28 7 ype, min max Grade 1737 8. 3. 5.5 2.3 C3 2771.. DA +.2 ype, min max Grade 2771 DA 8. 2. 12. 4, C3 1,1 8 SRAIGH SA IPS IH PRE-INNED OP DA 1975.. DA +.2 28 1,3 7 SA IPS FOR MEA ype, min max Grade 1975 8.5 3.8 4. 2.5 C3 5966.. DA +.2 1 ype, min max Grade 5966 9.6 6.8 7.6 3.3 C3 K17

C14 SA IPS FOR MEA SRAIGH SA IPS IH PRE-INNED OP DA 5811.. DA +.2 1 SRAIGH SA IPS IH PRE-INNED OP DA ype, min max Grade 5811 9.65 6.8 8.3 4.45 C3 2771.. DA +.2 ype, min max Grade 2771 DA 1. 2. 15. 4, C3 8 SA IPS FOR MEA 2771.. DA +.2 8 ype, min max Grade 2771 DA 1.5 2. 18. 2,6 C3 2771.. DA +.2 8 ype, min max Grade 2771 DA 12. 2. 17. 4, C3 K17

SA IPS FOR MEA BANKS FOR BAND SAS C15 CCY S.. (cylinder E) D D [mm] [mm] CS18D 2.16 1.32 1175721 2.16 1.57 11577441 2.66 1.98 11757246 2.66 1.32 11757231 3.17 1.98 1126287 BANKS FOR BAND SAS SA IPS FOR MEA

D2 Strobe blanks e offer strobe blanks with and without a brazing alloy in the recently developed grade COPP1 which guarantees an optimal ratio of wear resistance and toughness. he strobe blanks with the brazing alloy make the brazing process easier and help to save production time and costs. SROBE BANKS

SROBE BANKS GRADE PROPERIES D3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Submicron grain COPP1 N/A N/A 1, 14,45 157 155 91,6 3 435 N/A SROBE BANKS GRADE PROPERIES Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

D4 SROBE BANKS SROBE BANKS FOR CIRCUAR SAS 448.. 2. SROBE BANKS FOR CIRCUAR SAS SROBE BANKS +.15 [mm] [mm] [mm] COPP1 2 3. 2. 11829574 25 2. 2. 11829514 3 2. 2. 11931632 35 2. 2. 11829516 3 2.3 2. 11856183 2 2.5 2. 11829519 25 2.5 2. 1184769 3 2.5 2. 11771974 35 2.5 2. 11829532 4 2.5 2. 11921296 5 2.5 2. 11895295 31 2.5 2. 11829541 4 2.6 2. 11829571 3 2.7 2. 11829572 35 2.7 2. 11794216 4 2.7 2. 11794232 22 3. 2. 1182823 25 3. 2. 11771976 3 3. 2. 11771977 35 3. 2. 11771978 38 3. 2. 1181626 4 3. 2. 11771979 5 3. 2. 11829581 6 3. 2. 11895296 31 3. 2. 11963691 3 3.2 2. 11771981 4 3.2 2. 11771982 3 3.3 2. 11771984 35 3.3 2. 11771985 38 3.3 2. 118182 4 3.3 2. 11771983 45 3.3 2. 11895855 5 3.3 2. 11771986 6 3.3 2. 11885379 31 3.3 2. 11963694 3 3.4 2. 11928281 25 3.5 2. 11875951 3 3.5 2. 11771987 35 3.5 2. 1179156 4 3.5 2. 11771988 45 3.5 2. 1179166 5 3.5 2. 11771989 55 3.5 2. 11855396 6 3.5 2. 11719649 3 3.6 2. 11794217 4 3.6 2. 1177199 3 3.7 2. 11787451 35 3.7 2. 11849366 38 3.7 2. 1186269

SROBE BANKS SROBE BANKS FOR CIRCUAR SAS D5 448.. 2. +.15 [mm] [mm] [mm] COPP1 4 3.7 2. 11787456 45 3.7 2. 1191339 5 3.7 2. 11787462 6 3.7 2. 11929793 7 3.7 2. 11895297 3 3.8 2. 11783875 35 3.8 2. 11826868 4 3.8 2. 11783876 5 3.8 2. 11783877 25 4. 2. 118893 3 4. 2. 11772135 35 4. 2. 11772138 38 4. 2. 11812861 4 4. 2. 11719646 45 4. 2. 1179176 5 4. 2. 1179178 55 4. 2. 11817377 6 4. 2. 11772142 65 4. 2. 11841884 31 4. 2. 11963695 35 4.1 2. 11874967 4 4.1 2. 1181488 45 4.1 2. 1181489 23 4.2 2. 11928367 4 4.2 2. 11772143 5 4.2 2. 11772145 6 4.2 2. 11772146 7 4.2 2. 11856516 5 4.3 2. 118149 3 4.5 2. 118895 35 4.5 2. 118898 4 4.5 2. 11772147 45 4.5 2. 11794219 5 4.5 2. 1179199 55 4.5 2. 1179112 6 4.5 2. 11772148 65 4.5 2. 11845776 7 4.5 2. 1179113 75 4.5 2. 11894775 31 4.5 2. 1185674 5 4.6 2. 1185378 6 4.6 2. 11819497 35 4.8 2. 11874369 4 4.8 2. 11899464 45 4.8 2. 1187116 5 4.8 2. 1181498 6 4.8 2. 11871161 4 5. 2. 11865192 45 5. 2. 1183854 SROBE BANKS FOR CIRCUAR SAS SROBE BANKS

D6 SROBE BANKS SROBE BANKS FOR CIRCUAR SAS 448.. 2. SROBE BANKS FOR CIRCUAR SAS SROBE BANKS +.15 [mm] [mm] [mm] COPP1 5 5. 2. 11772149 55 5. 2. 1179114 6 5. 2. 1177215 65 5. 2. 1185329 7 5. 2. 11772152 8 5. 2. 11875953 4 5.2 2. 11894922 7 5.2 2. 11862875 4 5.5 2. 1192248 5 5.5 2. 11772153 55 5.5 2. 11849424 6 5.5 2. 11772154 65 5.5 2. 11848291 7 5.5 2. 11828 75 5.5 2. 1182993 31 5.5 2. 11931598 7 5.8 2. 11933589 3 6. 2. 11897135 5 6. 2. 11876976 6 6. 2. 11772156 7 6. 2. 11876975 6 6.5 2. 11874356 65 6.5 2. 11928175 7 6.5 2. 11875954 8 6.5 2. 11878393 31 6.5 2. 11865574 7 7.5 2. 1192192

SROBE BANKS SROBE BANKS FOR CIRCUAR SAS IH PRE-INNED OP DA D7 448..DA [mm] [mm] [mm] COPP1 3 2. 2. 11846331 2 2.7 2. 11891667 2 2.5 2. 1187934 22 4. 2. 11844725 22 3. 2. 11886717 25 4. 2. 118894 25 2. 2. 11911256 3 2.5 2. 118621 3 3.5 2. 11822951 3 4. 2. 11842891 3 2.4 2. 1185626 3 3.2 2. 1185614 3 3.4 2. 118562 3 4.5 2. 118896 3 3.3 2. 1188587 3 3. 2. 1188628 35 4. 2. 1186217 35 2.5 2. 11879375 35 3. 2. 11879339 35 4.5 2. 11888989 35 3.3 2. 11867898 38 4. 2. 11885144 38 3. 2. 11853675 38 3.7 2. 1188595 38 4.6 2. 1188626 4 3.6 2. 1186216 4 4. 2. 11847725 4 5. 2. 11847729 4 4.2 2. 11884989 4 3.5 2. 11841822 4 3.2 2. 1185341 4 4.4 2. 1185622 4 4.5 2. 11891759 4 3. 2. 1191328 45 4.5 2. 1183775 45 3.5 2. 11871158 45 4.2 2. 119228 45 3.8 2. 1185616 5 3.3 2. 1186211 5 4.5 2. 11832754 5 5.5 2. 118622 5 4.2 2. 11847726 5 4. 2. 1184773 5 3.5 2. 11841824 5 3. 2. 11888995 5 4.8 2. 1185624 5 3.7 2. 11892997 5 2.5 2. 1189622 5 4.6 2. 1191753 2. +.15 SROBE BANKS FOR CIRCUAR SAS IH PRE-INNED OP DA SROBE BANKS K17

D8 SROBE BANKS SROBE BANKS FOR CIRCUAR SAS IH PRE-INNED OP DA SROBE BANKS FOR CIRCUAR SAS IH PRE-INNED OP DA 448..DA [mm] [mm] [mm] COPP1 5 5. 2. 1185547 6 4. 2. 11847728 6 4.5 2. 1183779 6 5.2 2. 1185625 6 3.6 2. 1186983 6 5.5 2. 11841821 6 4.2 2. 11841827 6 5. 2. 11841829 6 3.5 2. 1191342 6 5.6 2. 1191744 6 4.6 2. 11887423 65 5.5 2. 1187722 7 5.5 2. 11868542 7 5. 2. 11876389 2. SROBE BANKS +.15 K17

D9 SROBE BANKS

E2 Rectangular strips ool life is determined by the carbide grade used on the cutting edge and the design and quality applied to produce the tool. Our rectangular strips represent the ideal basis for high-quality wood working tools. hanks to the additional form fit of the brazing alloy and the carbide, the special Grooveline geometry increases the carbide s shear strength on the steel support. RECANGUAR SRIPS

RECANGUAR SRIPS GRADE PROPERIES E3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Ultrafine grades HE4 K4 N/A 2, 13,15 125 124 88,8 35 58 12,1 Submicron grain KCR6 N/A N/A 3, 15,3 195 191 93,6 23 334 8,5 MG18 K2 C2 1, 14,45 168 166 92,3 37 537 9,4 COPP1 N/A N/A 1, 14,45 157 155 91,6 3 435 N/A Fine grain grades HC25 K2 C2 7, 15, 155 153 91,5 26 377 1,4 GRADE PROPERIES RECANGUAR SRIPS Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

E4 RECANGUAR SRIPS SANDARD RECANGUAR CS.. +.2 SANDARD RECANGUAR RECANGUAR SRIPS [mm] [mm] [mm] COPP1 2 4 31 2 5 31 1173782 2 8 31 11654419 2 1 31 11743477 2 12 31 1178687 2 14 31 1178688 2 15 31 1173267 2 16 31 1178689 2 18 31 117869 2 19 31 1178691 3 3 31 1178695 3 5 31 11729726 3 8 31 11654424 3 9 31 1178696 3 1 31 11743478 3 11 31 1178693 3 12 31 11654426 3 15 31 1165443 3 16 31 11699867 3 18 31 1176993 3 2 31 11654432 3 22 31 1174972 3 25 31 1178694 3 28 31 1178617 3 31 31 1178618 4 4 31 1178619 4 5 31 1178613 4 8 31 1178614 4 1 31 11654441 4 12 31 11654449 4 13 31 1178697 4 14 31 1178698 4 15 31 1178699 4 16 31 1174973 4 18 31 117861 4 2 31 11654453 4 22 31 1178611 4 25 31 1178612 5 5 31 117867 5 7 31 1178672 5 1 31 11786699 5 15 31 11786698 5 16 31 11786697 5 2 31 1178673

RECANGUAR SRIPS GROOVEINE RECANGUAR E5 CS RE.. +.2.15 [mm] [mm] [mm] KCR6 MG18 HE4 2 8 4 6288727 6288732 6288748 2 1 4 628874 6288758 628876 2 12 4 6288762 6288767 6288768 2 15 4 628877 6288772 6288774 2 2 4 6288776 6288781 6288782 2 25 4 6288783 6288785 6288786 2 3 4 6288788 628879 6288792 3 8 4 6288793 6288797 6288798 3 1 4 6288799 628881 628882 3 12 4 6288841 6288842 6288843 3 15 4 6288845 6288847 6288848 3 16 4 11782281 3 18 4 628885 6288852 3 2 4 6288854 6288858 628886 3 22 4 1157544 3 25 4 6288861 6288864 6288865 3 3 4 6288866 6288867 6288868 3 35 4 628887 6288871 6288873 3 4 4 11512628 4 8 4 6288874 6288875 6288876 4 1 4 6288878 6288879 6288881 4 12 4 6288882 6288883 6288884 4 14 4 1139223 4 15 4 6288885 6288886 6288887 4 16 4 11529552 1139229 4 18 4 6288888 6288889 6288891 4 2 4 6288892 6288893 6288894 4 22 4 11329367 1139231 4 22 4 11556418 4 25 4 11556419 4 25 4 6288895 6288897 6288898 4 28 4 11329371 4 3 4 628891 628893 628894 4 32 4 11417622 4 35 4 628895 628896 628897 4 4 4 11417631 6288913 6288915 GROOVEINE RECANGUAR RECANGUAR SRIPS 5 1 4 6288917 6288919 628892 5 12 4 6288924 6288925 6288927 5 15 4 6288928 6288929 6288931 5 18 4 6288932 6288934 6288935 5 2 4 6288937 6288939 6288941 5 25 4 6288944 6288945 6288946 5 3 4 6288948 6288949 6288951 5 35 4 6288952 6288955 6288956 5 4 4 6288958 6288959 6288961 5 45 4 11669999

E6 RECANGUAR SRIPS GROOVEINE RECANGUAR CS RE.. +.2.15 [mm] [mm] [mm] KCR6 MG18 HE4 5 5 4 1166737 GROOVEINE RECANGUAR 6 2 4 6288965 6288968 6 25 4 6288969 6288971 1121131 6 3 4 6288972 6288973 11211312 6 35 4 6288978 6288979 6 4 4 628898 6288982 11211315 RECANGUAR SRIPS

RECANGUAR SRIPS U.S. SANDARD RECANGUAR E7 SB.. +.2 ype, [inch] [inch] [inch] MG18 HC25 SB 28.625.25 6 6138288 6138287 SB 21.625.3125 6 6255529 6138263 SB 212.625.375 6 625553 611348 SB 212.625.375 6 SB 216.625.5 6 6255532 611339 SB 22.625.625 6 6241993 611349 SB 224.625.75 6 6255536 SB 228.625.875 6 6255537 SB 232.625 1. 6 6255538 SB 24.625 1.25 6 6255539 SB 248.625 1.5 6 625554 SB 36.938.1875 6 11254918 SB 38E.938.25 6 11231624 1122947 SB 31.938.3125 6 625561 611346 SB 312A.938.375 6 11231617 61134 SB 316.938.5 6 6143663 6143662 SB 32.938.625 6 6143668 SB 324.938.75 6 6243373 612872 SB 328.938.875 6 6143672 6143671 SB 332.938 1. 6 6143674 6143673 SB 336.938 1.125 6 11547139 SB 34.938 1.25 6 614368 SB 348.938 1.5 6 6138322 SB 356.938 1.75 6 6255638 SB 48E.125.25 6 6143765 SB 41.125.3125 6 614375 612873 SB 412C.125.375 6 6143715 SB 416.125.5 6 614372 6143719 SB 424.125.75 6 6143732 SB 428.125.875 6 6143738 6138378 SB 432.125 1. 6 614374 6143739 SB 44.125 1. 6 6143747 6143745 SB 444.125 1.25 6 6138395 SB 448.125 1.375 6 62551 6138522 U.S. SANDARD RECANGUAR RECANGUAR SRIPS SB 512.1563.375 6 11231618 11229471 SB 516.1563.5 6 11231619 11229472 SB 52.1563.625 6 1123162 11229473 SB 524.1563.75 6 11231621 11229474 SB 532.1563 1. 6 11231622 11229475 SB 536.1563 1.125 6 11231623 11229476 SB 54.1563 1.25 6 6138448 SB 548.1563 1.5 6 6138457 6138456 SB 564.1563 2. 6 6138462 6138461 SB 612.1875.375 6 6143774 SB 616.1875.5 6 614378

E8 RECANGUAR SRIPS U.S. SANDARD RECANGUAR SB.. +.2 U.S. SANDARD RECANGUAR ype, [inch] [inch] [inch] MG18 HC25 SB 624.1875.75 6 6143792 6143791 SB 628.1875.875 6 6143796 SB 632.1875 1. 6 6148361 SB 636.1875 1.125 6 624458 SB 64.1875 1.25 6 61438 SB 648.1875 1.5 6 6255239 SB 812.25.375 6 614389 614388 SB 816.25.5 6 6143818 6143817 SB 82.25.625 6 6143823 SB 824.25.75 6 614383 SB 832.25 1. 6 6143834 6143833 SB 84.25 1.25 6 6143837 RECANGUAR SRIPS

RECANGUAR SRIPS SANDARD 1 BEVE E9 CS 1.. 3 +.2 [mm] [mm] [mm] COPP1 2 3 31 11788328 2 4 31 11788329 2 5 31 1178833 2 6 31 11788331 2 8 31 11788332 2 1 31 11788321 2 12 31 11788322 2 14 31 11788323 2 15 31 11788324 2 16 31 11788325 2 18 31 11788326 2 19 31 11788327 3 3 31 11788344 3 4 31 11788346 3 5 31 11788347 3 6 31 11788348 3 8 31 11788349 3 9 31 1178835 3 1 31 11788333 3 11 31 11788334 3 12 31 11788335 3 13 31 11788336 3 15 31 11788337 3 16 31 11788338 3 18 31 11788339 3 2 31 1178834 3 22 31 11788341 3 25 31 11788342 3 28 31 11788343 3 31 31 11788345 SANDARD 1 BEVE RECANGUAR SRIPS 4 4 31 11788361 4 5 31 11788362 4 6 31 11788363 4 8 31 11788364 4 1 31 11788351 4 12 31 11788352 4 13 31 11788353 4 14 31 11788354 4 15 31 11788355 4 16 31 11788356 4 18 31 11788357 4 2 31 11788358 4 22 31 11788359 4 25 31 1178836 5 5 31 11788369 5 7 31 1178837

E1 RECANGUAR SRIPS SANDARD 1 BEVE CS 1.. 3 +.2 [mm] [mm] [mm] COPP1 5 1 31 11788365 5 15 31 11788366 5 16 31 11788367 5 2 31 11788368 RECANGUAR SRIPS SANDARD 1 BEVE

RECANGUAR SRIPS GROOVEINE 1 BEVE E11 CS BE1.. 3 +.2.15 [mm] [mm] [mm] KCR6 MG18 HE4 2 8 4 6289313 6289314 6289315 2 1 4 6289316 6289317 6289318 2 12 4 6289319 628932 6289321 2 15 4 6289322 6289323 6289324 2 2 4 6289325 6289326 6289327 2 25 4 6289328 6289329 6289331 2 3 4 6289332 6289334 6289335 3 8 4 6289336 6289337 6289338 3 1 4 6289339 628934 6289341 3 12 4 6289364 6289365 6289366 3 14 4 1184648 3 15 4 6289368 6289369 628937 3 16 4 1184666 3 18 4 6289371 6289374 628941 3 2 4 628942 628943 628944 3 25 4 628945 628946 628947 3 3 4 628948 628949 628941 3 35 4 6289411 6289412 4 1 4 6289413 6289415 6289416 4 12 4 6289417 6289423 6289426 4 15 4 6289429 6289431 6289432 4 18 4 6289434 6289438 6289439 4 2 4 628944 6289441 6289442 4 22 4 11536912 4 25 4 6289443 6289444 6289446 4 3 4 6289447 6289448 6289449 4 35 4 6289451 6289452 4 4 4 6289453 6289454 GROOVEINE 1 BEVE RECANGUAR SRIPS 5 1 4 6289455 6289457 6289458 5 12 4 6289459 6289461 6289462 5 13 4 11431242 5 15 4 6289465 6289471 5 18 4 6289482 6289483 6289484 5 2 4 628958 628959 6289513 5 25 4 6289514 628955 6289557 5 3 4 6289561 6289562 5 35 4 6289563 6289564 11547144 5 4 4 6289565 6289566 6 2 4 6289567 6 25 4 628957 6289571 6 3 4 6289572 6289574 6 35 4 6289575 6289579 6 4 4 628958 6289581

E12 RECANGUAR SRIPS SANDARD 2 BEVES CS 2.. 3 +.2 SANDARD 2 BEVES RECANGUAR SRIPS [mm] [mm] [mm] COPP1 2 3 31 11788379 2 4 31 1178838 2 5 31 11788381 2 6 31 11788382 2 8 31 11788383 2 1 31 11788372 2 12 31 11788373 2 14 31 11788374 2 15 31 11788375 2 16 31 11788376 2 18 31 11788377 2 19 31 11788378 3 3 31 11788395 3 4 31 11788397 3 5 31 11788398 3 6 31 11788399 3 8 31 117884 3 9 31 1178841 3 1 31 11788384 3 11 31 11788385 3 12 31 11788386 3 13 31 11788387 3 15 31 11788388 3 16 31 11788389 3 18 31 1178839 3 2 31 11788391 3 22 31 11788392 3 25 31 11788393 3 28 31 11788394 3 31 31 11788396 4 4 31 11788411 4 5 31 11788412 4 6 31 11788413 4 8 31 11788414 4 1 31 1178842 4 12 31 1178843 4 13 31 1178844 4 14 31 1178845 4 15 31 1178846 4 16 31 1178847 4 18 31 1178848 4 2 31 11788371 4 22 31 1178849 4 25 31 1178841 5 5 31 11788419 5 7 31 1178842

RECANGUAR SRIPS SANDARD 2 BEVES E13 CS 2.. 3 +.2 [mm] [mm] [mm] COPP1 5 1 31 11788415 5 15 31 11788416 5 16 31 11788417 5 2 31 11788418 RECANGUAR SRIPS SANDARD 2 BEVES

E14 RECANGUAR SRIPS GROOVEINE 2 BEVES CS BE2.. 3 +.2.15 GROOVEINE 2 BEVES RECANGUAR SRIPS [mm] [mm] [mm] KCR6 MG18 HE4 3 8 4 1168862 3 1 4 6289138 628914 6289142 3 12 4 6289143 6289144 6289145 3 15 4 6289146 6289147 6289149 3 18 4 628915 6289151 6289153 3 2 4 6289154 6289155 6289156 3 25 4 6289157 6289158 6289159 3 3 4 628916 6289162 6289163 3 35 4 6289164 6289165 4 1 4 6289174 6289218 6289219 4 12 4 628922 6289222 6289224 4 15 4 6289225 6289227 6289228 4 18 4 6289229 628923 6289231 4 2 4 6289232 6289235 6289236 4 22 4 1126541 4 25 4 6289237 6289238 628924 4 28 4 1126544 4 3 4 6289241 6289242 6289243 4 35 4 6289244 6289245 4 4 4 6289249 6289251 5 1 4 6289252 6289268 6289269 5 12 4 628927 6289271 5 15 4 6289273 6289274 5 18 4 6289276 6289278 628928 5 2 4 6289283 6289284 6289285 5 21 4 11665273 1126548 5 24 4 112655 5 25 4 6289286 6289287 6289288 5 27 4 1126559 5 3 4 6289289 628929 6289291 5 35 4 6289292 6289293 11346132 5 4 4 6289294 6289295 11346145 5 45 4 11494671 6 15 4 11597649 6 2 4 6289296 6289297 6 25 4 6289298 62893 6 3 4 628932 6 35 4 628933 628934 6 4 4 628935 628936 7 2 4 11891794 7 25 4 11891795

E15 RECANGUAR SRIPS

F2 Rods Rods made of submicron grades which were specially developed for wood working are able to reach high cutting speeds combined with high wear resistance. Under the same conditions, tools made of our KCR grade exceed many times over the service life of tools consisting of conventional carbide. All rods can be ground mat. his ensures that the tool is securely gripped so that it does not move from its clamped position even with high torque moments. RODS

RODS GRADE PROPERIES F3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Ultrafine grades KCR5+ Co+Ni 3, 15,25 216 2115 94,5 26 377 6,8 Submicron grain KCR6 3, 15,3 195 191 93,6 23 334 8,5 COPP1 1, 14,45 157 155 91,6 3 435 RODS GRADE PROPERIES Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

F4 RODS GROUND MA O h6 MERIC CRG.. ground D h6 +ol. - GROUND MA O h6 MERIC RODS D ol. Ø D [mm] [mm] [mm] KCR5+ KCR6 COPP1 2. 33 +/-.6 11331962 2.5 33 +/-.6 11331963 3. 33 +/-.6 11984 11332639 1172352 4. 33 +/-.8 11985 1133264 11723525 5. 33 +/-.8 11987 11332641 11723527 5.5 33 +/-.8 11988 11332642 11723528 6. 33 +/-.8 11989 11332643 11723529 7. 33 +/-.9 11981 11332645 11723531 8. 33 +/-.9 119812 11332648 11723533 9. 33 +/-.9 119814 11332654 11723535 1. 33 +/-.9 119815 11332655 11723486 1.5 33 +/-.11 11332657 11723487 12. 33 +/-.11 119816 11332659 1172349 13. 33 +/-.11 119817 11332662 11723491 14. 33 +/-.11 119818 6263454 11723493 16. 33 +/-.11 119819 11282333 11723497 18. 33 +/-.11 11982 11332673 1172351 2. 33 +/-.13 119821 11332676 1172355 25. 33 +/-.13 119823 11723514

RODS GROUND MA O h6 INCH F5 CRG.. ground D D ol. Ø D [inch] [inch] [inch] KCR6.25 13 -.2 / -.4 11331932.313 13 -.2 / -.4 11331937.375 13 -.2 / -.4 11331943.5 13 -.2 / -.4 11331944.625 13 -.2 / -.4 11331953.75 13 -.2 / -.4 11331958 Grade KCR5+ - upon request! GROUND MA O h6 INCH RODS

F6 RODS CU O ENGH GROUND MA h6 MERIC CRG 1.. 4 ground C D h6 +ol. - CU O ENGH GROUND MA h6 MERIC RODS D ol. Ø D C [mm] [mm] [mm] [mm] KCR5+ KCR6 COPP1 2. 5 +/-.6.2 1133766 11723572 2.5 5 +/-.6.2 1133773 3. 4 +/-.6.3 1133781 3. 5 +/-.6.3 1133783 11723539 4. 5 +/-.8.4 1133786 11723579 4. 55 +/-.8.4 113379 1172358 5. 5 +/-.8.4 1133793 11723581 5. 55 +/-.8.4 113382 11723582 5. 6 +/-.8.4 113386 11723583 6. 25 +/-.8.4 113393 6. 35 +/-.8.4 1133944 6. 4 +/-.8.4 1133945 11723584 6. 5 +/-.8.4 113395 11723585 6. 6 +/-.8.4 1133956 11723586 6. 7 +/-.8.4 1189671 1133961 11723587 6. 76 +/-.8.4 113317 11723588 6. 8 +/-.8.4 11723589 7. 49 +/-.9.5 1133171 1172359 8. 5 +/-.9.6 1133115 11723591 8. 56 +/-.9.6 11331143 11723592 8. 6 +/-.9.6 1133115 11723593 8. 7 +/-.9.6 118967 11331155 1172354 8. 8 +/-.9.6 11331157 11723541 8. 1 +/-.9.6 1194184 1. 49 +/-.9.6 11341382 1. 53 +/-.9.6 1134138 1. 55 +/-.9.6 1133116 11723546 1. 61 +/-.9.6 11341381 1. 65 +/-.9.6 11331162 11723548 1. 7 +/-.9.6 1133117 11723549 1. 75 +/-.9.6 11331174 1. 8 +/-.9.6 1171432 11331177 11723551 1. 9 +/-.9.6 11331184 11723552 1. 1 +/-.9.6 11331187 11723543 1. 12 +/-.9.6 11331194 11. 8 +/-.11.6 1133122 11723553 11. 9 +/-.11.6 11331263 12. 71 +/-.11.6 11331279 11723557 12. 8 +/-.11.6 11965766 11331281 11723558 12. 9 +/-.11.6 1196856 11331283 11723559 12. 1 +/-.11.6 11331284 11723555 12. 11 +/-.11.6 11915359 12. 12 +/-.11.6 11331298 13. 115 +/-.11.6 1133134 14. 1 +/-.11.6 11331332 11723561 14. 11 +/-.11.6 11331333 11723562 14. 12 +/-.11.6 11331334 11723563 14. 137 +/-.11.6 11331336 16. 1 +/-.11.6 11331342 11723565

RODS CU O ENGH GROUND MA h6 MERIC F7 CRG 1.. 4 ground C D h6 +ol. - D ol. Ø D C [mm] [mm] [mm] [mm] KCR5+ KCR6 COPP1 16. 11 +/-.11.6 11331343 11723566 16. 12 +/-.11.6 11331346 11723567 16. 15 +/-.11.6 11331347 18. 1 +/-.11.6 11331351 18. 11 +/-.11.6 11331352 1172357 18. 12 +/-.11.6 11331363 11723571 2. 1 +/-.13.6 11331364 11723573 2. 11 +/-.13.6 11331366 11723574 2. 115 +/-.13.6 11898849 2. 12 +/-.13.6 1196999 11331368 11723575 2. 13 +/-.13.6 11351539 11723576 2. 135 +/-.13.6 1189885 2. 14 +/-.13.6 11351549 11723577 2. 15 +/-.13.6 11713422 11723578 RODS CU O ENGH GROUND MA h6 MERIC

F8 RODS CU O ENGH GROUND MA O h6 INCH CRG 1.. 4 ground C D CU O ENGH GROUND MA O h6 INCH RODS D ol. Ø D C [inch] [inch] [inch] [inch] KCR5+ KCR6 COPP1.25 2 -.2 / -.4.25 1133179 1177417.25 2.5 -.2 / -.4.25 11714291 1124864 1177418.25 3 -.2 / -.4.25 11331711 1177419.25 3.5 -.2 / -.4.25 11331713 1177411.25 4 -.2 / -.4.25 11331715 1177416.313 2.5 -.2 / -.4.25 11331724 11774111.313 3 -.2 / -.4.25 11331726 11774112.375 2.5 -.2 / -.4.25 11248641 11774114.375 3 -.2 / -.4.25 11714296 11248643 11774115.375 3.5 -.2 / -.4.25 11331727 11774116.5 3 -.2 / -.4.3 11926731 11248631 1177496.5 3.5 -.2 / -.4.3 11714279 11248633 1177498.5 4 -.2 / -.4.3 11926732 11248634 1177492.5 4.5 -.2 / -.4.3 11325374.5 5 -.2 / -.4.3 11331728 1177493.5 5.5 -.2 / -.4.3 11331733 1177494.625 4 -.2 / -.4.3 11331734 1177499.75 4 -.2 / -.4.4 11325376 1177412.75 4.75 -.2 / -.4.4 11331921 1177413.75 5 -.2 / -.4.4 11268699 1177414.75 6 -.2 / -.4.4 11331927 1177415

F9 RODS

G2 Blanks e manufacture customised blanks according to the respective requirements. he large variety of our range includes simple geometries in high volumes as well as very complex geometries in small batches. Our production possibilities coupled with our carbide grade selection enable our customers to perfectly adapt their products to the market requirements. BANKS

BANKS GRADE PROPERIES G3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Submicron grain MG18 K2 C2 1, 14,45 168 166 92,3 37 537 9,4 COPP1 1, 14,45 157 155 91,6 3 435 Fine grain grades HC2 K2 C2-C3 6, 15, 164 162 92,1 22 319, 9,9 HC4 K4 C1 12, 15, 133 132 89,7 3 464 12, Medium grain grades HC25 K2 C2 7, 15, 155 153 91,5 26 377 1,4 HC3 K3 C1 8,5 15, 142 14 9,4 35 58 12,1 HC35 K3 C1 9, 14,6 14 138 9,3 28 335 1,9 GRADE PROPERIES BANKS Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

G4 BANKS DRI BIS FOR DOE DRIS CDD.. RI 1 RI R 12 D 2 4 6 DRI BIS FOR DOE DRIS Ø D R [mm] [mm] [mm] [mm] HC35 4. 4.6 7. 1.15 83546 5. 5.6 7.7 1.8 85686 6. 6.6 7.7 2.2 85688 7. 7.6 8.5 2.7 8569 8. 8.6 9.7 3.2 85692 9. 9.6 1.7 3.7 85694 1. 1.6 11.2 3.7 85696 11. 11.6 12.5 4.2 85698 12. 12.6 13.4 4.3 857 13. 13.6 14.2 4.5 8571 14. 14.6 15.5 4.7 8572 15. 15.6 16.2 5. 8573 16. 16.6 17. 5.5 8574 18. 18.6 17.2 6. 8575 19. 19.6 17.2 6.2 85221 2. 2.6 18. 6.5 8576 BANKS CDD.. E R 1 E D 12 2 4 6 Ø D R [mm] [mm] [mm] [mm] HC35 4. 4.6 7. 1.15 83547 5. 5.6 7.7 1.8 85665 6. 6.6 7.7 2.2 85667 7. 7.6 8.5 2.7 85669 8. 8.6 9.7 3.2 85671 9. 9.6 1.7 3.7 85673 1. 1.6 11.2 3.7 85675 11. 11.6 12.5 4.2 85677 12. 12.6 13.4 4.3 85679 13. 13.6 14.2 4.5 8568 14. 14.6 15.5 4.7 85681 15. 15.6 16.2 5. 85682 16. 16.6 17. 5.5 85683 18. 18.6 17.2 6. 85684 19. 19.6 17.2 6.2 852198 2. 2.6 18. 6.5 85685

BANKS DRI BIS FOR HROUGH-HOES G5 CD.. RI 1 D RI 12 1 6 R Ø D R [mm] [mm] [mm] [mm] HC35 4. 4.5 9. 1.3 8357882 5. 5.6 1.5 2. 855839 6. 6.6 11.5 2.5 85584 7. 7.6 13. 2.75 855841 8. 8.6 14.5 3. 855842 9. 9.6 16.75 3.3 85699 1. 1.6 18.7 4.2 856913 11. 11.6 21. 4.7 835622 12. 12.6 22. 4.9 856921 13. 13.6 24. 5. 8356528 14. 14.6 25.5 5. 8356298 15. 15.6 26. 5. 823975 16. 16.6 27. 5.5 8239752 18. 18.6 28. 6. 8239754 2. 2.6 33.5 6.5 8239756 DRI BIS FOR HROUGH-HOES CD.. E 1 D 6 12 E BANKS R 1 Ø D R [mm] [mm] [mm] [mm] HC35 4. 4.4 9. 1.3 835792 5. 5.6 1.5 2. 855843 6. 6.6 11.5 2.5 855844 7. 7.6 13. 2.75 855845 8. 8.6 14.5 3. 855846 9. 9.6 16.75 3.3 85691 1. 1.6 18.7 4.2 856914 11. 11.6 21. 4.7 8356221 12. 12.6 22. 4.9 856922 13. 13.6 24. 5. 8356527 14. 14.6 25.5 5. 8356297 15. 15.6 26. 5. 8239751 16. 16.6 27. 5.5 8239753 18. 18.6 28. 6. 8239755 2. 2.6 33.5 6.5 8239757

β α α G6 BANKS FOR OOD MACHINING DRI IPS MUI-PIECE CDB.. RI 1.5 RI FOR OOD MACHINING DRI IPS MUI-PIECE BANKS Ø α β [mm] [mm] [ ] [ ] HC2 15. 6.5 15 3 62964 16. 7. 15 3 62938 17. 7.5 15 3 622168 18. 8. 15 3 6294 2. 9. 15 3 62942 22. 1. 2 4 62944 23. 1.5 2 4 611869 24. 11. 2 4 614596 25. 11.5 2 4 62946 26. 12. 2 4 62948 28. 13. 2 4 62967 3. 14. 2 4 6295 32. 15. 2 4 62952 34. 16. 2 4 62937 35. 16.5 2 4 62954 4. 19. 2 4 62956 45. 21.5 2 4 62958 5. 24. 2 4 6296 55. 26.5 2 4 62961 6. 29. 2 4 62963 CDB.. E 2.5 1.5 3 β E 3 2.5 Ø α β [mm] [mm] [ ] [ ] HC2 15. 6.5 15 3 62962 16. 7. 15 3 62937 17. 7.5 15 3 622167 18. 8. 15 3 62939 2. 9. 15 3 62941 22. 1. 2 4 62943 23. 1.5 2 4 614598 24. 11. 2 4 622169 25. 11.5 2 4 62945 26. 12. 2 4 62947 28. 13. 2 4 62968 3. 14. 2 4 62949 32. 15. 2 4 62951

α BANKS FOR OOD MACHINING DRI IPS MUI-PIECE G7 CDB.. E 1.5 E Ø α β [mm] [mm] [ ] [ ] HC2 34. 16. 2 4 622171 35. 16.5 2 4 62953 4. 19. 2 4 62955 45. 21.5 2 4 62957 5. 24. 2 4 62959 55. 26.5 2 4 62965 6. 29. 2 4 62966 CDB..-Z D β 3.5x4 2.5 6 FOR OOD MACHINING DRI IPS MUI-PIECE D [mm] [mm] HC2 HC4 3. 11.5 6247856 3. 13. 6283593 3. 14.5 629432 4. 13. 1124226 4. 15. 6224626 BANKS CDB..-S 12 4 [mm] [mm] [mm] HC2 HC3 12. 3. 2.5 6291349 13. 4. 2.5 629124 14. 5. 3. 1192584 11284863 15. 4. 2.5 629129 15. 4. 2.5 629115 6244367

G8 BANKS FOR OOD MACHINING DRI IPS MUI-PIECE CDB..-ZF.5x4 D FOR OOD MACHINING DRI IPS MUI-PIECE D S [mm] [mm] [mm] HC2 4. 3. 13. 1118519 CDB..-R 9 [mm] [mm] [mm] HC2 13. 4. 3. 62936 S 3 6 BANKS

BANKS EEH FOR SPIRA FUED MIING CUERS G9 CSO.. 47 36 CSM.. [mm] [mm] [mm] HC2 12.8 6.2 5.4 335939 12.8 8.2 5.4 1133444 S [mm] [mm] [mm] [mm] HC2 12.8 6.2 5.4 2. 335929 47 2 36 2 S BANKS EEH FOR SPIRA FUED MIING CUERS

G1 BANKS FINGERJOIN IPS 1615.. [mm] [mm] [mm] MG18 HC25 14.4 4.4 3.3 611367 6221837 378.. FINGERJOIN IPS [mm] [mm] [mm] HC25 28. 5. 4. 611985 BANKS 433.. [mm] [mm] [mm] MG18 HC25 23.5 4.5 5. 622177 629541

BANKS FINGERJOIN IPS G11 45757.. [mm] [mm] [mm] MG18 HC25 28.2 4.5 4.2 6226665 28.2 5. 4. 6242173 BANKS FINGERJOIN IPS

H2 Indexable knives For tooling systems with replaceable indexable knives we produce a wide range of products in optimised carbide grades. Our indexable knives made of chrome grades or the grades SMG2 and UMG4 are the market leaders in this field. Our Easy ine indexable knives stand for a good price-performance-ratio in standard applications. e also produce specific indexable knives according to customer request. KNIVES

KNIVES GRADE PROPERIES H3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Nano-grades UMG4 K1 C4 2,2 15,3 25 24 96, 32 464 5,4 Ultrafine grades SMG2 K1 C4 2,4 15,25 23 22 95,2 35 58 5,7 HE4 K4 N/A 2, 13,15 125 124 88,8 35 58 12,1 Submicron grain Fine grain grades KCR8 N/A N/A 4,2 15,2 192 1885 93,4 23 331 8,7 MG18 K2 C2 1, 14,45 168 166 92,3 37 537 9,4 COPP1 N/A N/A 1, 14,45 157 155 91,6 3 435 N/A HC5 K1 C3 4, 15,15 173 17 92,5 22 319 8,7 HC2 K2 C2-C3 6, 15, 164 162 92,1 22 319, 9,9 GRADE PROPERIES Medium grain grades HC35 K3 C1 9, 14,6 14 138 9,3 28 335 1,9 KNIVES Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

H4 KNIVES EASY INE E CK S.. 3 [mm] [mm] [mm] COPP1 9.6 12. 1.5 11791 15. 12. 1.5 117911 2. 12. 1.5 117912 3. 12. 1.5 11742547 4. 12. 1.5 117913 5. 12. 1.5 11742544 6. 12. 1.5 117914 E CK SC EASY INE α KNIVES [mm] [mm] [mm] COPP1 14. 14. 2. 11742545 E CK SC..R R 3 R [mm] [mm] [mm] [mm] COPP1 15. 15. 2.5 95 11778838 15. 15. 2.5 115 1178992 15. 15. 2.5 15 11789899 K3 A26-A27

KNIVES EASY INE H5 E CK SC..R,5 R 3 R [mm] [mm] [mm] [mm] COPP1 15. 15. 2.5 95 11827619 15. 15. 2.5 115 11827617 15. 15. 2.5 15 11827613 E CK PK.. α [mm] [mm] [mm] COPP1 75.5 5.5 1.1 11871695 8.5 5.9 1.2 11871691 82. 5.5 1.1 1181133 EASY INE KNIVES K3 A26-A27

H6 KNIVES SANDARD 3 CK S 3 Easy ine see page(s) A27 SANDARD 3 α [mm] [mm] [mm] [ ] UMG4 SMG2 KCR8 HC5 7.5 12. 1.5 35 83613 7.6 12. 1.5 35 833647 9.6 12. 1.5 35 8358956 83614 833652 1.5 12. 1.5 35 83615 8239369 11. 12. 1.5 35 83616 823937 13. 12. 1.5 35 83617 8239371 15. 12. 1.5 35 835838 83618 83364 15.7 12. 1.5 35 83619 8239372 17. 12. 1.5 35 8362 8331564 18. 12. 1.5 35 83621 8239368 19. 12. 1.5 35 83622 8331565 2. 12. 1.5 35 8358633 833673 8358831 833641 24.7 12. 1.5 35 83623 823968 CK S KNIVES Easy ine see page(s) C 12. 3 A27 C [mm] [mm] [mm] [mm] UMG4 SMG2 KCR8 HC5 24.7 12. 1.5 14 83624 8239681 3. 12. 1.5 14 8358634 833674 8358833 833642 4. 12. 1.5 26 829287 8358316 83625 833649 5. 12. 1.5 26 8358635 833675 8358835 833643 6. 12. 1.5 26 8358317 83626 833644 CK S 12. 3 C C [mm] [mm] [mm] [mm] HC5 MG18 3. 12. 2.5 14 821543 8228333 K3

KNIVES SANDARD 3 H7 CK S 3 C C [mm] [mm] [mm] [mm] KCR8 8. 13. 2.2 6 83669 1. 13. 2.2 6 83684 12. 13. 2.2 6 83685 CK S.. SH 3 SANDARD 3 [mm] [mm] [mm] SMG2 2. 14.3 2.5 82329 KNIVES K3

H8 KNIVES SANDARD 4 CK S.. 4 45 4 [mm] [mm] [mm] MG18 7.5 12. 1.5 83352 15. 12. 1.5 833522 2. 12. 1.5 833523 24.7 12. 1.5 8332389 CK S.. 4 45 SANDARD 4 C 4 KNIVES C [mm] [mm] [mm] [mm] MG18 3. 12. 1.5 14 833524 4. 12. 1.5 26 833525 5. 12. 1.5 26 833526 6. 12. 1.5 26 833527 CK FC.. 4 45 4 [mm] [mm] [mm] MG18 12. 12. 1.5 833521 K3

KNIVES SANDARD 4 MICROFINISH H9 CK S.. MIC4 45 microfinish 4 [mm] [mm] [mm] MG18 HE4 9.6 12. 1.5 835951 835944 15. 12. 1.5 833537 835945 2. 12. 1.5 833538 8357973 CK S.. MIC4 45 microfinish C 4 SANDARD 4 MICROFINISH C [mm] [mm] [mm] [mm] MG18 HE4 3. 12. 1.5 14 833539 8357974 4. 12. 1.5 26 83354 835946 5. 12. 1.5 26 833541 8357975 6. 12. 1.5 26 833542 835947 KNIVES CK S.. MIC4 45 microfinish 4 C C [mm] [mm] [mm] [mm] MG18 HE4 8. 13. 2.2 6 835952 835948 K3

H1 KNIVES SANDARD 4 MICROFINISH CK S.. CB with chip breaker 3 C SANDARD 4 MICROFINISH C [mm] [mm] [mm] [mm] HE4 2. 12. 1.5 8357984 3. 12. 1.5 14 8357985 5. 12. 1.5 26 8357986 CK FC.. MIC4 45 microfinish 4 KNIVES [mm] [mm] [mm] MG18 HE4 12. 12. 1.5 833536 835949 CK SC.. MIC microfinish 3 [mm] [mm] [mm] MG18 HE4 14. 14. 2. 8332257 83595 K3

KNIVES SCORERS H11 CK SC.. α α [mm] [mm] [mm] [ ] MG18 SMG2 KCR8 HC5 HC35 1.5 1.5 1.5 35 833882 13. 13. 2.5 3 8357494 82135 13.4 13.4 1.5 3 8332547 13.6 13.6 2. 45 8239418 14. 14. 1.2 3 833669 14. 14. 1.7 3 8331749 14. 14. 2. 3 8239725 8332539 835982 8332394 833668 14.6 14.6 2.5 3 1144423 15. 15. 2.5 3 821124 CK SC.. 3CU 6 SCORERS 3 α [mm] [mm] [ ] MG18 22. 2. 3 8239466 KNIVES CK SC..R,5 R α R α [mm] [mm] [mm] [mm] [ ] HC35 SMG2 KCR8 HC5 MG18 14. 14. 2. 1 3 835939 15. 15. 2.5 115 3 823329 8223168 15. 15. 2.5 115 3 8219711 15. 15. 2.5 115 3 15. 15. 2.5 15 3 1128181 11225484 15. 15. 2.5 3 8218721 8222498 8218719 15. 15. 2.5 37 821872 K3

H12 KNIVES SCORERS CK SC.. RHO 3 α [mm] [mm] [ ] HC5 14. 2. 3. 8332377 CK FC.. 3 SCORERS KNIVES β [mm] [mm] [mm] [ ] SMG2 KCR8 HC5 1.5 1.5 1.5 35 83627 12. 12. 1.5 35 8358314 8363 833657 15. 15. 2. 35 1123579 17. 17. 2. 35 83628 8239386 19. 19. 2. 35 83629 8239387 CK FC.. CB 3 α [mm] [mm] [ ] MG18 15. 2. 3 8239392 K3

KNIVES SCORERS H13 CK FC.. CB/SH 3 α [mm] [mm] [ ] MG18 15. 2. 3 829817 CK GR.. [mm] [mm] [mm] HC2 14. 14. 2. 835932 14. 14. 2.5 8332764 14. 14. 3. 835933 18. 18. 1.95 833658 18. 18. 2.5 833659 18. 18. 2.95 8331492 18. 18. 3.7 8239391 18. 18. 4. 8331493 SCORERS KNIVES K3

H14 KNIVES 4 CUING EDGES CK FC.. 3 1 [mm] [mm] [mm] SMG2 HC5 9. 12. 1.5 8239376 1. 12. 1.5 8239374 19.4 12. 1.5 835975 19.5 12. 1.5 11935393 CK FC.. 4 CUING EDGES 2 C 3 KNIVES C [mm] [mm] [mm] [mm] UMG4 SMG2 KCR8 HC5 29. 12. 1.5 14 833711 29.5 12. 1.5 14 835976 83682 8331886 29.2 12. 1.5 14 835979 29.5 9. 1.5 14 83681 8331173 49.2 12. 1.5 26 83598 835977 83689 8331887 49.2 9. 1.5 26 83683 835934 59.2 12. 1.5 26 835978 835935 CK FC.. 3H 3 C 2 C [mm] [mm] [mm] [mm] SMG2 KCR8 HC5 5. 12. 1.7 37 824411 8358958 8419334 K3

KNIVES 4 CUING EDGES H15 CK ECO.. FC 3 2 [mm] [mm] [mm] KCR8 19.2 12. 1.5 115793 CK ECO.. FC 3 C [mm] [mm] [mm] [mm] KCR8 29.2 12. 1.5 14 115795 49.2 12. 1.5 26 115791 2 C 4 CUING EDGES KNIVES K3

H16 KNIVES SANING KNIVES/BOSSED CK SK.. E.. 1 E 3 [mm] [mm] [mm] KCR8 HC5 19.5 12. 1.5 83676 8239367 SANING KNIVES/BOSSED CK SK.. RI.. [mm] [mm] [mm] KCR8 HC5 19.5 12. 1.5 83675 8239366 1 RI 3 KNIVES CK SK.. E.. E 3 C C [mm] [mm] [mm] [mm] KCR8 HC5 29.5 12. 1.5 14 83671 833648 49.5 12. 1.5 26 83673 835936 K3

KNIVES SANING KNIVES/BOSSED H17 CK SK.. RI.. RI 3 C C [mm] [mm] [mm] [mm] KCR8 HC5 29.5 12. 1.5 14 8367 8239365 49.5 12. 1.5 26 83672 835937 CK SK.. E.. C [mm] [mm] [mm] [mm] KCR8 HC5 29.5 12. 1.5 14 83677 833646 49.5 12. 1.5 26 83679 8239361 CK SK.. RI.. C E 3 RI SANING KNIVES/BOSSED KNIVES 3 C C [mm] [mm] [mm] [mm] KCR8 HC5 29.5 12. 1.5 14 83678 833645 49.5 12. 1.5 26 8368 823936 K3

H18 KNIVES SANING KNIVES/BOSSED CK S.. BO α α [mm] [mm] [mm] [ ] HC5 2. 12. 1.5 35 835938 24. 12. 1.5 4 8267 24.7 12. 1.5 4 83344 SANING KNIVES/BOSSED CK S.. BO C 3 C [mm] [mm] [mm] [mm] HC5 KNIVES 3. 12. 1.5 14 835789 5. 12. 1.5 26 8357892 4. 12. 1.5 26 8218841 K3

KNIVES SCORERS AND CENERING POINS H19 CK CP.. Ø 3. D [mm] [mm] HC35 33.5 3. 8162624 CK SC.. [mm] [mm] [mm] HC2 18. 6. 3.5 8362 KNIVES SCORERS AND CENERING POINS

H2 KNIVES GROOVING KNIVES CK GR.. [mm] [mm] [mm] HC35 COPP1 34. 16. 3.2 823983 11921649 34. 16. 4. 8239831 1192165 34. 16. 5. 8239832 11921651 CK GR.. GROOVING KNIVES /S [mm] [mm] [mm] MG18 COPP1 KNIVES 24.5 13. 3. 11921643 24.5 13. 4. 8357834 11921646 24.5 13. 5. 8358124 11921648

KNIVES CHAMFER BREAKING IPS AND CHAMFERING KNIVES H21 CK CH.. s D S [mm] [mm] [mm] HC2 4.6 25. 2.8 8239567 CK CH.. 4 [mm] [mm] [mm] HC2 COPP1 KCR8 16. 22. 5. 833575 11498133 16.5 22. 5. 11921629 D CHAMFER BREAKING IPS AND CHAMFERING KNIVES CK CH.. R KNIVES R R [mm] [mm] [mm] [mm] HC2 COPP1 KCR8 16. 22. 5. 1. 835941 11921631 16. 22. 5. 1.5 833576 11844764 16. 22. 5. 2. 833577 11921635 11716752 16. 22. 5. 2.5 833579 11921636 1171675 16. 22. 5. 3. 833578 11921638 11498136 16. 22. 5. 5. 833398 1192164 16. 22. 5. 6. 835942

H22 KNIVES CHAMFER BREAKING IPS AND CHAMFERING KNIVES CK CH.. RI/E CHAMFER BREAKING IPS AND CHAMFERING KNIVES D [mm] [mm] HC2 RI 25. 5. 8239423 E 25. 5. 8239424 D KNIVES

KNIVES MINI KNIVES H23 CK MK..FG mini 3 [mm] [mm] [mm] HC5 12. 5.5 1.1 833662 2. 5.5 1.1 83366 3. 5.5 1.1 8331568 4. 5.5 1.1 833661 5. 5.5 1.1 8239396 6. 5.5 1.1 83594 CK MK..BG 2 3 MINI KNIVES [mm] [mm] [mm] HC5 12. 5.5 1.1 8239398 KNIVES CK MK..BCG 3 2 [mm] [mm] [mm] HC5 2. 4.1 1.1 833144 2. 5.5 1.1 833146 25. 5.5 1.1 833148 3. 5.5 1.1 833147 4. 5.5 1.1 8331381 5. 5.5 1.1 833149

H24 KNIVES ECOKNIVES CK ECO.. 3 [mm] [mm] [mm] KCR8 2. 12. 1.5 8359581 CK ECO.. 3 ECOKNIVES C [mm] [mm] [mm] [mm] KCR8 3. 12. 1.5 14 8359561 5. 12. 1.5 26 8359562 C KNIVES

KNIVES PANER BADES H25 CK PK.. α [mm] [mm] [mm] HC35 56. 5.5 1.1 833344 75.5 5.5 1.1 833664 78. 5.5 1.1 8331436 8.5 5.9 1.2 833666 82. 5.5 1.1 833665 92. 5.5 1.2 8332144 12. 5.5 1.1 823941 KNIVES PANER BADES

I2 Blanks for profiling A wide product range is available for tools with profiled blanks, including our leading carbide grades like KCR8. Other product innovations from CERAIZI represent the market standard, such as 3-p blanks and multi-purpose blanks. In addition, we develop specific solutions together with our business partners. BANKS FOR PROFIING

BANKS FOR PROFIING GRADE PROPERIES I3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Ultrafine grades HE4 K4 N/A 2, 13,15 125 124 88,8 35 58 12,1 Submicron grain KCR8 N/A N/A 4,2 15,2 192 1885 93,4 23 331 8,7 MG18 K2 C2 1, 14,45 168 166 92,3 37 537 9,4 COPP1 N/A N/A 1, 14,45 157 155 91,6 3 435 N/A Fine grain grades HC5 K1 C3 4, 15,15 173 17 92,5 22 319 8,7 GRADE PROPERIES BANKS FOR PROFIING Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

I4 BANKS FOR PROFIING SUPERPROFIER CB SP2.. d C SUPERPROFIER C d [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 3.6 25.5 1.5 2 4. 822867 833712 4.4 34.5 1.5 28 4. 1159585 4.4 34.5 2. 28 4. 8223341 4.6 28.2 1.5 28 4. 831115 8166732 83337 4.6 28.2 2. 28 4. 831116 833 83338 4.6 31.5 1.5 28 4. 1159584 4.6 31.5 2. 28 4. 822582 4.6 4.6 2. 28 5. 822869 833853 833852 5.7 34.5 1.5 35 4. 118526 8171145 8213237 5.7 34.5 2. 35 4. 11286787 6.6 3.2 2. 48 4. 11365817 8331 83331 6.6 34.5 1.5 48 4. 8231543 821789 6.6 45.6 2. 45 5. 831118 816758 833311 6.8 3.2 1.5 48 4. 831117 8166733 83339 8334 8.6 45.6 2. 65 6. 831119 8167987 8167988 BANKS FOR PROFIING CB SP2.. C d [mm] [mm] [mm] [mm] [mm] KCR8 HC5 5.3 45.6 2. 35 4. 11964343 8171142 d C K3

BANKS FOR PROFIING SANDARD HOE Ø 4.2 mm I5 CB S1.. h d h d [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 15. 15.5 2. 6.5 4.2 11342113 1134295 15. 2.5 2. 6.5 4.2 11342117 15. 25.5 2. 6.5 4.2 11342115 15. 3.5 2. 6.5 4.2 11342119 829469 2. 2.5 2. 6.5 4.2 8311 8332772 83514 8357 2. 25.5 2. 6.5 4.2 83111 83315 83515 8358 2. 3.5 2. 6.5 4.2 83112 83516 8359 2. 35.5 2. 6.5 4.2 83113 8357654 8218614 25. 2.5 2. 6.5 4.2 83114 8332964 8216647 25. 25.5 2. 6.5 4.2 83115 835766 83517 8351 25. 3.5 2. 6.5 4.2 83116 8357661 83518 83511 25. 35.5 2. 6.5 4.2 83117 8357662 82218 8358372 3. 2.5 2. 6.5 4.2 83118 8357664 83519 83512 3. 25.5 2. 6.5 4.2 83119 8357665 8358373 3. 3.5 2. 6.5 4.2 8312 8357666 8352 83513 3. 35.5 2. 6.5 4.2 8332963 822931 35. 25.5 2. 6.5 4.2 8357667 35. 3.5 2. 6.5 4.2 83121 8332773 35. 35.5 2. 6.5 4.2 8357668 CB S11.. d h 3 SANDARD HOE Ø 4.2 mm BANKS FOR PROFIING h d [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 15. 15.5 2. 6.3 4.2 83147 15. 2.5 2. 6.3 4.2 83148 83425 8341 15. 25.5 2. 6.3 4.2 83149 83426 8342 15. 3.5 2. 6.3 4.2 8315 8357688 83427 8343 2. 2.5 2. 6.3 4.2 83151 83428 8344 2. 25.5 2. 6.3 4.2 83152 83429 8345 2. 3.5 2. 6.3 4.2 83153 8343 8346 2. 35.5 2. 6.3 4.2 83154 835769 83431 8347 2. 4.5 2. 6.3 4.2 11965561 25. 2.5 2. 6.3 4.2 83155 8332288 83432 8348 25. 25.5 2. 6.3 4.2 83156 83433 8349 25. 3.5 2. 6.3 4.2 83157 83434 8341 25. 35.5 2. 6.3 4.2 83158 83435 83411 3. 2.5 2. 6.3 4.2 83159 8357693 83436 83412 K3

I6 BANKS FOR PROFIING SANDARD HOE Ø 4.2 mm CB S11.. h d 3 SANDARD HOE Ø 4.2 mm h d [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 3. 25.5 2. 6.3 4.2 8316 8332291 83437 83413 3. 3.5 2. 6.3 4.2 83161 8332292 83438 83414 3. 35.5 2. 6.3 4.2 83162 8357694 83439 83415 3. 4.5 2. 6.3 4.2 83163 834 8344 83416 35. 2.5 2. 6.3 4.2 83164 8357695 83441 83417 35. 25.5 2. 6.3 4.2 83165 8357696 83442 83418 35. 3.5 2. 6.3 4.2 83166 8357697 8221729 822624 35. 35.5 2. 6.3 4.2 83167 83443 83419 35. 4.5 2. 6.3 4.2 83168 8357698 8211527 4. 2.5 2. 6.3 4.2 11964489 83444 8342 4. 25.5 2. 6.3 4.2 8357699 83445 83421 4. 3.5 2. 6.3 4.2 83577 83446 83422 4. 35.5 2. 6.3 4.2 835771 83447 83423 4. 4.5 2. 6.3 4.2 835772 83448 83424 CB S12.. 3 BANKS FOR PROFIING h d [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 12. 14.5 2. 6. 4.2 11964634 833839 15. 2. 2. 6.3 4.2 8371 837 15. 2.5 2. 6.3 4.2 11964635 2. 2. 2. 6.3 4.2 8357732 83711 8371 2. 3. 2. 6.3 4.2 8357733 83712 8372 25. 2. 2. 6.3 4.2 8357734 83713 8373 25. 25. 2. 6.3 4.2 8357735 83714 8374 25. 3. 2. 6.3 4.2 8357736 83715 8375 25. 3.5 2. 6.3 4.2 11964636 3. 25. 2. 6.3 4.2 8357737 83716 8376 3. 35. 2. 6.3 4.2 8357738 83717 8377 35. 3. 2. 6.3 4.2 8357739 83718 8378 35. 35. 2. 6.3 4.2 835774 83719 8379 d h 3 K3

BANKS FOR PROFIING SANDARD HOE Ø 4.2 mm I7 CB S2.. h d C C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 3. 2.5 2. 14 6.5 4.2 83122 833151 8218921 3. 25.5 2. 14 6.5 4.2 83123 833152 83218 8321 3. 3.5 2. 14 6.5 4.2 83125 8357669 83219 8322 3. 35.5 2. 14 6.5 4.2 83127 835767 8322 8323 35. 25.5 2. 14 6.5 4.2 83128 8357671 83221 8324 35. 3.5 2. 14 6.5 4.2 83129 832 35. 35.5 2. 14 6.5 4.2 8313 8357672 83222 8325 4. 2.5 2. 26 6.5 4.2 83131 8332684 83223 8326 4. 25.5 2. 26 6.5 4.2 83132 8357673 83224 8327 4. 3.5 2. 26 6.5 4.2 83133 833153 83225 8328 4. 35.5 2. 26 6.5 4.2 83134 8357674 83226 8329 4. 4.5 2. 26 6.5 4.2 83135 8357675 83227 8321 5. 2.5 2. 26 6.5 4.2 8357676 83228 83211 5. 25.5 2. 26 6.5 4.2 83137 8332578 83229 83212 5. 3.5 2. 26 6.5 4.2 83138 8357677 8216794 824972 5. 32.3 2. 24 6. 4.2 83139 8168834 5. 35.5 2. 26 6.5 4.2 8314 8357678 8323 83213 5. 4.5 2. 26 6.5 4.2 83141 8357679 6. 35.5 2. 26 6.5 4.2 83142 835768 83231 83214 6. 4.5 2. 26 6.5 4.2 83143 8357681 83232 83215 6. 45.5 2. 26 6.5 4.2 83144 8. 25.5 2. 6 6.5 4.2 83145 83233 83216 8. 35.5 2. 6 6.5 4.2 83146 8357684 8. 4.5 2. 6 6.5 4.2 8357685 83234 83217 CB S21.. SANDARD HOE Ø 4.2 mm BANKS FOR PROFIING h d 3 C C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 3. 2.5 2. 14 6.3 4.2 83169 82934 3. 25.5 2. 14 6.3 4.2 8317 835773 8226773 3. 3.5 2. 14 6.3 4.2 83171 835774 3. 3.5 2. 14 6.3 4.2 8225457 3. 35.5 2. 14 6.3 4.2 83172 821515 35. 25.5 2. 14 6.3 4.2 83173 8226992 35. 3.5 2. 14 6.3 4.2 83174 835777 35. 35.5 2. 14 6.3 4.2 83175 835778 4. 2.5 2. 26 6.3 4.2 83176 8331496 83619 836 K3

I8 BANKS FOR PROFIING SANDARD HOE Ø 4.2 mm CB S21.. h d 3 C SANDARD HOE Ø 4.2 mm BANKS FOR PROFIING C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 4. 25.5 2. 26 6.3 4.2 83177 835771 83621 8362 4. 3.5 2. 26 6.3 4.2 83178 83623 8364 4. 35.5 2. 26 6.3 4.2 83179 8357713 83625 8366 4. 4.5 2. 26 6.3 4.2 8318 8357715 83626 8367 5. 2.5 2. 26 6.3 4.2 83181 83627 8368 5. 25.5 2. 26 6.3 4.2 83182 8357716 8215962 5. 3.5 2. 26 6.3 4.2 83183 8357719 83628 8369 5. 35.5 2. 26 6.3 4.2 83184 835772 8361 5. 4.5 2. 26 6.3 4.2 83185 8357721 83629 83611 51. 26.5 2. 26 6.3 4.2 8357718 6. 25.5 2. 26 6.3 4.2 83186 8363 83612 6. 3.5 2. 26 6.3 4.2 83187 8357722 83631 83613 6. 35.5 2. 26 6.3 4.2 83188 8357723 83632 822631 6. 39.5 2. 44 6. 4.2 83189 6. 4.5 2. 26 6.3 4.2 8319 8331499 83634 83615 7. 2.5 2. 26 6.3 4.2 1142421 7. 25.5 2. 26 6.3 4.2 83191 8357724 7. 3.5 2. 26 6.3 4.2 83192 8357725 822516 7. 35.5 2. 26 6.3 4.2 83193 8357726 83635 83616 8. 25.5 2. 6 6.3 4.2 83195 8357727 8219966 822633 8. 3.5 2. 6 6.3 4.2 83196 8357728 8. 35.5 2. 6 6.3 4.2 83197 8357729 83636 83617 8. 4.5 2. 6 6.3 4.2 83198 835773 83637 83618 CB S22.. h d 3 3 C C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 4. 2. 2. 26 6.3 4.2 11965983 838 4. 25. 2. 26 6.3 4.2 11965986 83834 83821 4. 3. 2. 26 6.3 4.2 11965987 83835 83822 4. 32. 2. 26 6.3 4.2 8382 4. 35. 2. 26 6.3 4.2 11965992 8383 83837 83824 4. 4. 2. 26 6.3 4.2 11965993 8385 83839 83825 45. 35. 2. 26 6.3 4.2 11965994 8387 5. 25. 2. 26 6.3 4.2 11965995 8388 5. 3. 2. 26 6.3 4.2 11965997 8389 8384 83826 5. 35. 2. 26 6.3 4.2 8381 K3

BANKS FOR PROFIING SANDARD HOE Ø 4.2 mm I9 CB S22.. 3 h d 3 C C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 HC5 MG18 HE4 5. 4. 2. 26 6.3 4.2 11965998 83811 83841 83827 6. 25. 2. 26 6.3 4.2 11965999 83816 83842 83828 6. 3. 2. 26 6.3 4.2 11966 83818 83843 83829 6. 35. 2. 26 6.3 4.2 83819 83844 8383 6. 4. 2. 26 6.3 4.2 119662 83845 83831 BANKS FOR PROFIING SANDARD HOE Ø 4.2 mm K3

I1 BANKS FOR PROFIING IAIAN SYE HOE Ø 4.5 mm CB I1.. microfinish h d IAIAN SYE HOE Ø 4.5 mm BANKS FOR PROFIING h d [mm] [mm] [mm] [mm] [mm] HC5 KCR8 15. 15.5 2. 6.5 4.5 823381 1196539 15. 2.5 2. 6.5 4.5 823356 119655 15. 25.5 2. 6.5 4.5 8229861 1196553 15. 3.5 2. 6.5 4.5 8229862 1196555 16. 2.5 2. 6.5 4.5 8229867 11482195 2. 2.5 2. 6.5 4.5 8229866 1196558 2. 25.5 2. 6.5 4.5 8229865 1196572 2. 3.5 2. 6.5 4.5 8229868 11965117 2. 35.5 2. 6.5 4.5 823484 11965119 25. 2.5 2. 6.5 4.5 8229711 11965122 25. 25. 2. 6.5 4.5 11556261 25. 25.5 2. 6.5 4.5 8229712 25. 3.5 2. 6.5 4.5 8229713 11965124 25. 35.5 2. 6.5 4.5 8229714 11965126 25. 4.5 2. 6.5 4.5 1184497 11965283 3. 2.5 2. 6.5 4.5 8229718 11965285 3. 25.5 2. 6.5 4.5 8229719 11965288 3. 3.5 2. 6.5 4.5 822972 11965292 3. 35.5 2. 6.5 4.5 8229871 11827297 3. 4.5 2. 6.5 4.5 8229863 11965294 35. 25.5 2. 6.5 4.5 8229721 11965295 35. 3.5 2. 6.5 4.5 822979 11965299 35. 35.5 2. 6.5 4.5 8229722 1196531 35. 4.5 2. 6.5 4.5 8229864 1196533 CB I11.. microfinish h d 3 h d [mm] [mm] [mm] [mm] [mm] HC5 KCR8 9.6 25.5 2. 6.3 4.5 6228277 1196538 15. 15.5 2. 6.3 4.5 8229759 1196531 15. 2.5 2. 6.3 4.5 822976 11965312 15. 25.5 2. 6.3 4.5 8229753 11965315 15. 3.5 2. 6.3 4.5 8229761 11965333 2. 2.5 2. 6.3 4.5 8229762 11965337 2. 25.5 2. 6.3 4.5 8229752 1196534 2. 3.5 2. 6.3 4.5 823351 11965343 2. 35.5 2. 6.3 4.5 8229763 11965349 K3

BANKS FOR PROFIING IAIAN SYE HOE Ø 4.5 mm I11 CB I11.. microfinish h d 3 h d [mm] [mm] [mm] [mm] [mm] HC5 KCR8 25. 2.5 2. 6.3 4.5 8229754 11965355 25. 25.5 2. 6.3 4.5 823378 11965363 25. 3.5 2. 6.3 4.5 8229755 11965365 25. 35.5 2. 6.3 4.5 8229764 11965367 3. 2.5 2. 6.3 4.5 823353 11965374 3. 25.5 2. 6.3 4.5 8229756 1196538 3. 3.5 2. 6.3 4.5 8229757 11965382 3. 35.5 2. 6.3 4.5 8229872 11965391 3. 4.5 2. 6.3 4.5 8229751 11965397 35. 2.5 2. 6.3 4.5 8229767 1196541 35. 25.5 2. 6.3 4.5 8229768 11965415 35. 3.5 2. 6.3 4.5 8229769 11965419 35. 35.5 2. 6.3 4.5 8229758 11965426 35. 4.5 2. 6.3 4.5 822977 11965429 CB I2.. microfinish C h d [mm] [mm] [mm] [mm] [mm] [mm] HC5 KCR8 3. 2.5 2. 14 6.5 4.5 8229778 11965436 3. 25.5 2. 14 6.5 4.5 8229779 11965441 3. 3.5 2. 14 6.5 4.5 8229846 11965444 3. 35.5 2. 14 6.5 4.5 8229847 11965448 3. 4.5 2. 14 6.5 4.5 8229727 118447 35. 25.5 2. 14 6.5 4.5 8229848 11965452 35. 3.5 2. 14 6.5 4.5 8229777 11965456 35. 35.5 2. 14 6.5 4.5 8229849 11965458 35. 4.5 2. 14 6.5 4.5 8229728 11965474 4. 2.5 2. 26 6.5 4.5 8229845 11965475 4. 25.5 2. 26 6.5 4.5 822985 1196548 4. 3.5 2. 26 6.5 4.5 823486 11965481 4. 35.5 2. 26 6.5 4.5 8229852 11965482 4. 4.5 2. 26 6.5 4.5 8229853 11965493 5. 2.5 2. 26 6.5 4.5 8229854 119655 5. 25.5 2. 26 6.5 4.5 822978 1196552 5. 3.5 2. 26 6.5 4.5 8229851 1196556 5. 35.5 2. 26 6.5 4.5 8229855 11965512 5. 4.5 2. 26 6.5 4.5 8229856 11965514 d C h IAIAN SYE HOE Ø 4.5 mm BANKS FOR PROFIING K3

I12 BANKS FOR PROFIING IAIAN SYE HOE Ø 4.5 mm CB I2.. microfinish h d C IAIAN SYE HOE Ø 4.5 mm C h d [mm] [mm] [mm] [mm] [mm] [mm] HC5 KCR8 5. 45.5 2. 26 6.5 4.5 8229729 11965517 6. 2.5 2. 26 6.5 4.5 822973 11965518 6. 25.5 2. 26 6.5 4.5 8229731 11965521 6. 3.5 2. 26 6.5 4.5 8229732 11965522 6. 35.5 2. 26 6.5 4.5 8229857 11965527 6. 4.5 2. 26 6.5 4.5 822987 1196553 6. 45.5 2. 26 6.5 4.5 823487 11965531 7. 3.5 2. 26 6.5 4.5 8229733 11965535 8. 25.5 2. 6 6.5 4.5 823488 11965537 8. 3.5 2. 6 6.5 4.5 8229734 11965541 8. 35.5 2. 6 6.5 4.5 8229859 11965546 8. 4.5 2. 6 6.5 4.5 822986 11965548 8. 5.5 2. 6 6.5 4.5 8229776 11965551 CB I21.. microfinish BANKS FOR PROFIING C h d [mm] [mm] [mm] [mm] [mm] [mm] HC5 KCR8 3. 25.5 2. 14 6.3 4.5 823355 11965552 3. 3.5 2. 14 6.3 4.5 8229737 1196561 3. 35.5 2. 14 6.3 4.5 8229738 1196562 35. 25.5 2. 18 6.3 4.5 6228274 1196563 35. 3.5 2. 18 6.3 4.5 6228275 1196565 35. 35.5 2. 18 6.3 4.5 6228276 11965636 4. 2.5 2. 26 6.3 4.5 8229773 11965638 4. 25.5 2. 26 6.3 4.5 8229739 11965641 4. 3.5 2. 26 6.3 4.5 822974 11965647 4. 35.5 2. 26 6.3 4.5 8229742 11965648 4. 4.5 2. 26 6.3 4.5 8229744 1196565 5. 2.5 2. 26 6.3 4.5 823349 11965657 5. 25.5 2. 26 6.3 4.5 8229775 11965659 5. 3.5 2. 26 6.3 4.5 8229745 11965667 5. 35.5 2. 26 6.3 4.5 82338 1196567 5. 4.5 2. 26 6.3 4.5 8229746 11965678 6. 25.5 2. 26 6.3 4.5 8229774 1196568 6. 3.5 2. 26 6.3 4.5 8229747 11965682 6. 35.5 2. 26 6.3 4.5 8229748 11965683 6. 4.5 2. 26 6.3 4.5 82335 119657 d C h 3 K3

BANKS FOR PROFIING IAIAN SYE HOE Ø 4.5 mm I13 CB I21.. microfinish h d 3 C C h d [mm] [mm] [mm] [mm] [mm] [mm] HC5 KCR8 6. 45.5 2. 26 6.3 4.5 8229771 11965721 7. 25.5 2. 26 6.3 4.5 8229749 11965726 7. 3.5 2. 26 6.3 4.5 8229724 11965743 7. 35.5 2. 26 6.3 4.5 8229725 11965744 7. 4.5 2. 26 6.3 4.5 823382 11965745 8. 25.5 2. 6 6.3 4.5 8229869 11965747 8. 3.5 2. 6 6.3 4.5 822975 11965749 8. 35.5 2. 6 6.3 4.5 8229772 11965751 8. 4.5 2. 6 6.3 4.5 8229726 11965752 1. 3.5 2. 6 6.3 4.5 8229723 11965753 IAIAN SYE HOE Ø 4.5 mm BANKS FOR PROFIING K3

I14 BANKS FOR PROFIING MUIPURP HOE Ø 5.2 mm CB MP1.. microfinish h d microfinish h d [mm] [mm] [mm] [mm] [mm] KCR8 MUIPURP HOE Ø 5.2 mm 2. 2.5 2. 6.5 5.2 832 2. 25.5 2. 6.5 5.2 8321 2. 3.5 2. 6.5 5.2 8322 2. 35.5 2. 6.5 5.2 8323 25. 2.5 2. 6.5 5.2 8324 25. 25.5 2. 6.5 5.2 8325 25. 3.5 2. 6.5 5.2 8326 25. 35.5 2. 6.5 5.2 8327 3. 2.5 2. 6.5 5.2 8328 3. 25.5 2. 6.5 5.2 8329 3. 3.5 2. 6.5 5.2 8321 35. 3.5 2. 6.5 5.2 83211 26. 32. 2. 6.5 5.2 1183771 CB MP11.. BANKS FOR PROFIING h d [mm] [mm] [mm] [mm] [mm] KCR8 2. 2.5 2. 5.9 5.2 83237 2. 25.5 2. 5.9 5.2 83238 2. 3.5 2. 5.9 5.2 83239 2. 35.5 2. 5.9 5.2 8324 25. 2.5 2. 5.9 5.2 83241 25. 25.5 2. 5.9 5.2 83242 25. 3.5 2. 5.9 5.2 83243 25. 35.5 2. 5.9 5.2 83244 3. 2.5 2. 5.9 5.2 83245 3. 25.5 2. 5.9 5.2 83246 3. 3.5 2. 5.9 5.2 83247 3. 35.5 2. 5.9 5.2 83248 3. 4.5 2. 5.9 5.2 83249 35. 2.5 2. 5.9 5.2 8325 35. 25.5 2. 5.9 5.2 83251 35. 3.5 2. 5.9 5.2 83252 35. 35.5 2. 5.9 5.2 83253 35. 4.5 2. 5.9 5.2 83254 microfinish d h microfinish 3 K3

BANKS FOR PROFIING MUIPURP HOE Ø 5.2 mm I15 CB MP2.. microfinish microfinish h d C C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 3. 2.5 2. 14 6.5 5.2 83212 3. 25.5 2. 14 6.5 5.2 83213 3. 3.5 2. 14 6.5 5.2 83215 3. 35.5 2. 14 6.5 5.2 83217 35. 25.5 2. 14 6.5 5.2 83218 35. 3.5 2. 14 6.5 5.2 83219 35. 35.5 2. 14 6.5 5.2 8322 4. 2.5 2. 26 6.5 5.2 83221 4. 25.5 2. 26 6.5 5.2 83222 4. 3.5 2. 26 6.5 5.2 83223 4. 35.5 2. 26 6.5 5.2 83224 4. 4.5 2. 26 6.5 5.2 83225 5. 2.5 2. 26 6.5 5.2 83226 5. 25.5 2. 26 6.5 5.2 83227 5. 3.5 2. 26 6.5 5.2 83228 5. 32.3 2. 24 6.5 5.2 83229 5. 35.5 2. 26 6.5 5.2 8323 5. 4.5 2. 26 6.5 5.2 83231 6. 35.5 2. 26 6.5 5.2 83232 6. 45.5 2. 26 6.5 5.2 83234 8. 35.5 2. 6 6.5 5.2 83236 6. 4.5 2. 26 6.5 5.2 83233 8. 25.5 2. 6 6.5 5.2 83235 CB MP21.. microfinish h d microfinish 3 MUIPURP HOE Ø 5.2 mm BANKS FOR PROFIING C C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 3. 2.5 2. 14 5.9 5.2 83255 3. 25.5 2. 14 5.9 5.2 83256 3. 3.5 2. 14 5.9 5.2 83257 3. 35.5 2. 14 5.9 5.2 83258 35. 25.5 2. 14 5.9 5.2 83259 35. 3.5 2. 14 5.9 5.2 8326 35. 35.5 2. 14 5.9 5.2 83261 4. 2.5 2. 26 5.9 5.2 83262 4. 25.5 2. 26 5.9 5.2 83263 4. 3.5 2. 26 5.9 5.2 83264 K3

I16 BANKS FOR PROFIING MUIPURP HOE Ø 5.2 mm CB MP21.. microfinish h d microfinish 3 C MUIPURP HOE Ø 5.2 mm BANKS FOR PROFIING C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 4. 35.5 2. 26 5.9 5.2 83265 4. 4.5 2. 26 5.9 5.2 83266 5. 2.5 2. 26 5.9 5.2 83267 5. 25.5 2. 26 5.9 5.2 83268 5. 3.5 2. 26 5.9 5.2 83269 5. 35.5 2. 26 5.9 5.2 8327 5. 4.5 2. 26 5.9 5.2 83271 6. 25.5 2. 26 5.9 5.2 83272 6. 3.5 2. 26 5.9 5.2 83273 6. 35.5 2. 26 5.9 5.2 83274 6. 4.5 2. 26 5.9 5.2 83276 7. 25.5 2. 26 5.9 5.2 83277 7. 3.5 2. 26 5.9 5.2 83278 7. 35.5 2. 26 5.9 5.2 83279 8. 25.5 2. 6 5.9 5.2 83281 8. 3.5 2. 6 5.9 5.2 83282 8. 35.5 2. 6 5.9 5.2 83283 6. 39.5 2. 44 5.9 5.2 83275 8. 4.5 2. 6 5.9 5.2 83284 K3

BANKS FOR PROFIING INDEXABE BANKS HOE Ø 4.2 mm I17 CB RV1.. d d [mm] [mm] [mm] [mm] HC5 KCR8 12. 2.4 2. 4.2 8111 11965758 24. 22. 2. 4.2 8168821 83117 28. 24. 2. 4.2 8168822 1196576 32. 24. 2. 4.2 8168823 11965765 36. 28. 2. 4.2 8168824 83118 4. 26. 2. 4.2 8168825 11965767 CB RV2.. d C INDEXABE BANKS HOE Ø 4.2 mm C d [mm] [mm] [mm] [mm] [mm] HC5 KCR8 4. 2.4 2. 26 4.2 81141 11965777 42. 32. 2. 24 4.2 8168826 1196577 48. 36. 2. 24 4.2 8168827 11965774 CB RV22.. BANKS FOR PROFIING d 3 C C d [mm] [mm] [mm] [mm] [mm] HC5 KCR8 3. 25. 2. 2 4.2 8168871 1196578 4. 3. 2. 2 4.2 8168872 83199 4. 32.62 2. 2 4.2 839 11965781 4. 35. 2. 2 4.2 8391 11965785 4. 35. 2. 26 4.2 8392 8311 4. 37.82 2. 2 4.2 8393 11965792 4. 42.86 2. 2 4.2 8394 83111 42. 32. 2. 26 4.2 8395 11965812 45. 35. 2. 26 4.2 8396 11965821 K3

I18 BANKS FOR PROFIING INDEXABE BANKS HOE Ø 4.2 mm CB RV22.. d 3 C INDEXABE BANKS HOE Ø 4.2 mm BANKS FOR PROFIING C d [mm] [mm] [mm] [mm] [mm] HC5 KCR8 5. 16. 2. 26 4.2 8397 11965834 5. 2. 2. 26 4.2 8398 11965835 5. 25. 2. 26 4.2 8399 11965836 5. 3. 2. 26 4.2 8391 83112 5. 3. 2. 34 4.2 83911 11965837 5. 4. 2. 34 4.2 83912 11965838 5. 45. 2. 34 4.2 8168873 11965839 51. 26. 2. 26 4.2 83913 1196584 52. 34. 2. 24 4.2 8168828 11965846 6. 19. 2. 44 4.2 8168835 11965847 6. 2. 2. 26 4.2 83914 83113 6. 25. 2. 26 4.2 8168836 83114 6. 25. 2. 44 4.2 83915 11965848 6. 3. 2. 26 4.2 83916 11965849 6. 3. 2. 44 4.2 83917 1196585 6. 32.62 2. 2 4.2 83918 11965851 6. 35. 2. 26 4.2 8357749 83115 6. 35. 2. 44 4.2 8168837 83116 6. 37.82 2. 2 4.2 83919 11965852 6. 4. 2. 44 4.2 83999 11965853 6. 42.86 2. 2 4.2 8392 11965855 K3

BANKS FOR PROFIING IH COUNERSUNK HOE HOE Ø 4.5 mm I19 CB CH1.. h d h d [mm] [mm] [mm] [mm] [mm] KCR8 MG18 2. 2.5 3. 7. 4.5 83112 2. 25.5 3. 7. 4.5 831121 83543 2. 3.5 3. 7. 4.5 831122 2. 35.5 3. 7. 4.5 831123 25. 25.5 3. 7. 4.5 831125 83547 25. 3.5 3. 7. 4.5 831126 25. 35.5 3. 7. 4.5 831127 83549 25. 4.5 3. 7. 4.5 831128 3. 25.5 3. 7. 4.5 831129 3. 3.5 3. 7. 4.5 83113 3. 35.5 3. 7. 4.5 831131 3. 4.5 3. 7. 4.5 831132 35. 25.5 3. 7. 4.5 831133 35. 3.5 3. 7. 4.5 831134 35. 35.5 3. 7. 4.5 831135 35. 4.5 3. 7. 4.5 831136 2. 4.5 3. 7. 4.5 831124 IH COUNERSUNK HOE HOE Ø 4.5 mm CB CH2.. d C h BANKS FOR PROFIING C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 4. 2.5 3. 28 7. 4.5 831137 4. 25.5 3. 28 7. 4.5 831138 4. 3.5 3. 28 7. 4.5 831139 45. 25.5 3. 28 7. 4.5 83114 45. 3.5 3. 28 7. 4.5 831141 45. 35.5 3. 28 7. 4.5 831142 55. 25.5 3. 41 6. 4.5 831143 55. 3.5 3. 41 6. 4.5 831144 55. 35.5 3. 41 6. 4.5 831145 55. 4.5 3. 41 6. 4.5 831146 65. 2.5 3. 28 6. 4.5 831155 65. 25.5 3. 28 6. 4.5 831147 65. 3.5 3. 28 6. 4.5 831148 65. 35.5 3. 28 6. 4.5 831149 65. 4.5 3. 28 6. 4.5 83115 8. 25.5 3. 66 6. 4.5 831151 K3

I2 BANKS FOR PROFIING IH COUNERSUNK HOE HOE Ø 4.5 mm CB CH2.. h d C IH COUNERSUNK HOE HOE Ø 4.5 mm C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 8. 3.5 3. 66 6. 4.5 831152 8. 35.5 3. 66 6. 4.5 831153 8. 4.5 3. 66 6. 4.5 831154 BANKS FOR PROFIING K3

BANKS FOR PROFIING IH COUNERSUNK HOE AND GROOVE HOE Ø 4.5 mm I21 CB GR1.. h d [mm] [mm] [mm] [mm] [mm] COPP1 KCR8 2. 2.5 3. 7. 4.5 831156 2. 25.5 3. 7. 4.5 831157 2. 3.5 3. 7. 4.5 831158 2. 35.5 3. 7. 4.5 831159 2. 4.5 3. 7. 4.5 83116 25. 25.5 3. 7. 4.5 831161 25. 3.5 3. 7. 4.5 831162 25. 35.5 3. 7. 4.5 1177884 831163 25. 4.5 3. 7. 4.5 831164 3. 25.5 3. 7. 4.5 831165 3. 3.5 3. 7. 4.5 831166 3. 35.5 3. 7. 4.5 831167 3. 4.5 3. 7. 4.5 831168 35. 25.5 3. 7. 4.5 831169 35. 3.5 3. 7. 4.5 83117 35. 35.5 3. 7. 4.5 831171 35. 4.5 3. 7. 4.5 831172 d h IH COUNERSUNK HOE AND GROOVE HOE Ø 4.5 mm CB GR2.. d C h BANKS FOR PROFIING C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 4. 25.5 3. 28 7. 4.5 831174 4. 2.5 3. 28 7. 4.5 831173 4. 3.5 3. 28 7. 4.5 831175 45. 25.5 3. 28 7. 4.5 831176 45. 3.5 3. 28 7. 4.5 831177 45. 35.5 3. 28 7. 4.5 831178 55. 25.5 3. 41 6. 4.5 831179 55. 3.5 3. 41 6. 4.5 83118 55. 35.5 3. 41 6. 4.5 831181 55. 4.5 3. 41 6. 4.5 831182 65. 2.5 3. 28 6. 4.5 831183 65. 25.5 3. 28 6. 4.5 831184 65. 3.5 3. 28 6. 4.5 831185 65. 35.5 3. 28 6. 4.5 831186 65. 4.5 3. 28 6. 4.5 831187 7. 25.5 3. 41 6. 4.5 831188 K3

I22 BANKS FOR PROFIING IH COUNERSUNK HOE AND GROOVE HOE Ø 4.5 mm CB GR2.. IH COUNERSUNK HOE AND GROOVE HOE Ø 4.5 mm C h d [mm] [mm] [mm] [mm] [mm] [mm] KCR8 8. 25.5 3. 66 6. 4.5 831189 8. 3.5 3. 66 6. 4.5 83119 8. 35.5 3. 66 6. 4.5 831191 8. 4.5 3. 66 6. 4.5 831192 d C h BANKS FOR PROFIING K3

BANKS FOR PROFIING IH GROOVE I23 CB MC.. 2. ±.2 [mm] [mm] [mm] KCR8 2.5 16.5 2. 8312 2.5 22.5 2. 83121 2.5 25.5 2. 83122 2.5 27.9 2. 83123 2.5 3.5 2. 83124 2.5 34.5 2. 83125 25.5 25.5 2. 83126 25.5 27.9 2. 83127 25.5 3.5 2. 83128 25.5 34.5 2. 83129 3.5 22.5 2. 83121 3.5 25.5 2. 831211 3.5 27.9 2. 831212 3.5 3.5 2. 831213 3.5 34.5 2. 831214 35.5 22.5 2. 831215 35.5 25.5 2. 831216 35.5 32.5 2. 831217 4.5 16.5 2. 831218 4.5 22.5 2. 831219 4.5 25.5 2. 83122 4.5 27.9 2. 831221 4.5 3.5 2. 831222 4.5 32.5 2. 831223 4.5 34.5 2. 831224 5.5 22.5 2. 831225 5.5 25.5 2. 831226 5.5 27.9 2. 831227 5.5 3.5 2. 831228 5.5 32.5 2. 831229 5.5 34.5 2. 83123 6.5 22.5 2. 831231 6.5 25.5 2. 831232 6.5 27.9 2. 831233 6.5 3.5 2. 831234 6.5 32.5 2. 831235 8.5 16.5 2. 831236 15. 35.5 2. 1172317 15. 3.5 2. 1172318 15. 2.5 2. 117232 15. 15.5 2. 1172321 15. 25.5 2. 1167971 IH GROOVE BANKS FOR PROFIING K3

I24 BANKS FOR PROFIING IHOU HOE CB H.. IHOU HOE BANKS FOR PROFIING [mm] [mm] [mm] HC5 COPP1 KCR8 MG18 15. 15.5 2. 83 11965858 8231757 15. 2.5 2. 831 11965861 8213199 15. 25.5 2. 11965867 828547 2. 2.5 2. 832 1177655 8223321 8219729 2. 25.5 2. 833 8219119 821599 2. 3.5 2. 834 831 8216 2. 35.5 2. 835 11965873 82161 25. 2.5 2. 836 8221847 8219394 25. 25.5 2. 837 822675 82162 25. 3.5 2. 838 822677 8221577 25. 35.5 2. 839 8311 821612 3. 15.5 2. 8219728 82239 3. 2.5 2. 831 822243 821615 3. 25.5 2. 8311 822455 821314 3. 3.5 2. 8312 822136 8213141 3. 35.5 2. 8313 8312 8214358 3. 4.5 2. 8314 11965874 8212978 35. 2.5 2. 8315 11776554 822679 822661 35. 25.5 2. 8316 11792776 8222466 8219562 35. 3.5 2. 8221848 8219577 35. 35.5 2. 8317 8219712 8219397 35. 4.5 2. 8318 8227464 823141 4. 2.5 2. 8319 82268 8219396 4. 25.5 2. 832 8219223 8212513 4. 3.5 2. 8321 8221543 82125 4. 35.5 2. 8322 8219225 8215197 4. 4.5 2. 8323 8313 821623 45. 2.5 2. 8228692 45. 25.5 2. 8226152 8219541 45. 3.5 2. 8324 1154444 8229279 45. 35.5 2. 8325 11965876 8229179 5. 2.5 2. 8326 8226548 82298 5. 25.5 2. 8327 8223927 8219576 5. 3.5 2. 8328 8314 8213697 5. 35.5 2. 8223784 822244 5. 4.5 2. 8329 8223785 8219932 5. 45.5 2. 833 11272525 822364 5. 5.5 2. 8224736 8222227 6. 2.5 2. 8331 8226549 822771 6. 25.5 2. 8332 8225828 8222738 6. 3.5 2. 8333 8228435 8221225 6. 35.5 2. 8334 11363187 821922 6. 4.5 2. 8335 8315 8214359 6. 45.5 2. 1196588 11253159 6. 5.5 2. 8224737 822449 7. 2.5 2. 11965881 11231334 7. 25.5 2. 822681 821941 7. 3.5 2. 11495972 822338 7. 35.5 2. 822682 821945 K17

BANKS FOR PROFIING IHOU HOE I25 CB H.. [mm] [mm] [mm] HC5 COPP1 KCR8 MG18 7. 4.5 2. 822683 8221544 7. 5.5 2. 8224732 822451 8. 25.5 2. 8336 11965882 8219726 8. 35.5 2. 8337 11783958 8316 8. 4.5 2. 1179549 8. 45.5 2. 8338 11284684 8. 6.5 2. 1191494 118426 11965884 85. 2.5 2. 11965886 8231439 85. 25.5 2. 11965887 821944 85. 3.5 2. 11495981 85. 35.5 2. 1196589 822772 85. 4.5 2. 11965894 11232689 85. 5.5 2. 11965897 822452 1. 25.5 2. 11965898 8225347 1. 3.5 2. 1161153 8223479 1. 35.5 2. 8212458 1161155 822541 1. 4.5 2. 119659 8225594 1. 5.5 2. 1196591 8222399 15. 25.5 2. 1196592 822241 15. 3.5 2. 1196593 8228873 15. 35.5 2. 11278382 822844 15. 4.5 2. 1196595 822487 IHOU HOE BANKS FOR PROFIING K17

J2 Planer blades CERAIZI have developed three lines of blades for planer systems: HSS, HPS and carbide-tipped planer blades. HPS planer blades are the tried and tested alternative to HSS and offer improved tool life. Planer blades with specially designed inlays made of carbide significantly reduce the weight of the finished tool. Carbide grades can be selected according to each cutting application. PANER BADES

PANER BADES GRADE PROPERIES J3 Composition and properties CERAIZI grade code ISO code U.S. code Binder Density Hardness ransverse rupture strength Fracture toughness [m %] [g/cm 3 ] HV1 HV3 HRA [MPa] [P.S.I.] [MPa*m ½ ] Submicron grain MG18 K2 C2 1, 14,45 168 166 92,3 37 537 9,4 Steel HSS 18% 18., others 6., 85 64 Fe balance HSS 6% 6.4, others 6., 85 64 Fe balance HPS 79 62 GRADE PROPERIES PANER BADES Comment: 1. he data in this table are typical material parameters. e reserve the right to modify the data due to technical progress or due to further development within our company. 2. K IC *: he measured critical tension intensity factors (K IC ) depend to a high degree on the sample geometry and sample preparation. A direct comparison with parameters which have been determined by means of a different method is therefore not admissible.

J4 PANER BADES ERMINUS CK M.. 4 4 ERMINUS PANER BADES [mm] [mm] [mm] MG18 63 14.1 2.56 11852397 64 14.1 2.56 11852399 65 14.1 2.56 1185241 35 14.1 2.56 11852379 36 14.1 2.56 1185238 4 14.1 2.56 11852382 62 14.1 2.56 11852396 41 14.1 2.56 11852386 45 14.1 2.56 1185239 51 14.1 2.56 11852392 52 14.1 2.56 11852393 53 14.1 2.56 11852394 61 14.1 2.56 11852395 1 14.1 2.56 1185217 11 14.1 2.56 1185218 12 14.1 2.56 1185219 15 14.1 2.56 11852113 16 14.1 2.56 11852115 17 14.1 2.56 11852116 18 14.1 2.56 11852118 2 14.1 2.56 11852121 22 14.1 2.56 11852124 24 14.1 2.56 11852127 25 14.1 2.56 11852128 27 14.1 2.56 11852142 3 14.1 2.56 11852145 31 14.1 2.56 11852147 21 14.1 2.56 11852123 26 14.1 2.56 1185213 8 14.1 2.56 1185213 42 14.1 2.56 11852388 43 14.1 2.56 11852389 48 14.1 2.56 11852391 13 14.1 2.56 11852112 19 14.1 2.56 1185212 23 14.1 2.56 11852126 28 14.1 2.56 11852144

PANER BADES CENROOCK J5 CK C.. (CENROOCK) 4 4 +.2 /- [mm] [mm] [mm] MG18 HSS 6 HPS 2 16. 3. 627969 1343443 1343466 6 16. 3. 62797 1343444 1343467 8 16. 3. 627983 1343445 1343468 1 16. 3. 627985 1343446 1343469 11 16. 3. 627986 115 16. 3. 1127812 1343447 134347 12 16. 3. 1169585 1343448 1343471 13 16. 3. 627987 1343449 1343472 14 16. 3. 134345 1343473 15 16. 3. 627988 1343451 1343474 16 16. 3. 627989 17 16. 3. 62799 1343452 1343475 18 16. 3. 627991 1343453 1343476 19 16. 3. 627992 1343454 1343477 2 16. 3. 627994 21 16. 3. 6271212 1343455 1343478 22 16. 3. 6271213 23 16. 3. 6271214 1343456 1343479 235 16. 3. 1343457 134348 24 16. 3. 6271338 1343458 1343481 25 16. 3. 6271339 26 16. 3. 627134 1343459 1343482 27 16. 3. 6271341 134346 1343483 275 16. 3. 6271342 28 16. 3. 6271344 3 16. 3. 11444439 1343461 1343484 31 16. 3. 6271346 1343462 1343485 35 16. 3. 6271347 36 16. 3. 6271348 1343463 1343486 45 16. 3. 6271349 46 16. 3. 6271351 1343464 1343487 65 16. 3. 1343465 1343488 CENROOCK PANER BADES

J6 PANER BADES BUDOZER CK BZ.. (BUDOZER) 4 4 + 5. BUDOZER [mm] [mm] [mm] MG18 1 13.6 1.8 11229423 12 13.6 1.8 11198625 13 13.6 1.8 11198626 15 13.6 1.8 11245551 16 13.6 1.8 1122634 18 13.6 1.8 1122636 19 13.6 1.8 11198627 2 13.6 1.8 11229422 21 13.6 1.8 1122639 23 13.6 1.8 11198628 24 13.6 1.8 11245557 245 13.6 1.8 1122641 265 13.6 1.8 1122643 PANER BADES

PANER BADES HIN PANERS MERIC J7 CK P.. HSS/HPS C 4 1. [mm] [mm] [mm] HSS 18 HPS C (MG18) 4 3 3. 1344719 134454 1344618 6 3 3. 134472 1344541 134462 6 35 3. 1344769 1344579 1344657 8 3 3. 1344721 1344542 1344621 8 35 3. 134477 134458 1344658 1 3 3. 1344722 1344543 1344622 1 35 3. 1344771 1344581 1344659 11 3 3. 1344723 1344544 1344623 11 35 3. 1344772 1344582 134466 12 3 3. 1344724 1344545 1344812 12 35 3. 1344773 1344583 1344661 13 3 3. 1344725 1344546 1344624 13 35 3. 1344774 1344584 1344662 14 3 3. 1344726 1344547 1344625 15 3 3. 1344727 1344548 1344626 15 35 3. 1344775 1344585 1344663 16 3 3. 1344728 1344549 1344627 17 3 3. 1344738 134455 1344628 18 3 3. 1344739 1344551 1344629 18 35 3. 1344776 1344586 1344664 19 3 3. 134474 1344552 134463 2 3 3. 1344741 1344553 1344631 2 35 3. 1344777 1344587 1344665 21 3 3. 1344742 1344554 1344632 21 35 3. 1344778 1344588 1344666 23 3 3. 1344743 1344555 1344633 23 35 3. 1344779 1344589 1344667 24 3 3. 1344744 1344556 1344634 26 3 3. 1344745 1344557 1344635 26 35 3. 134478 1344593 1344668 27 3 3. 1344746 1344558 1344636 3 3 3. 1344749 1344559 1344637 3 35 3. 1344781 1344594 1344669 31 3 3. 1344751 134456 1344638 31 35 3. 1344782 1344595 134467 33 35 3. 1344783 1344596 1344671 35 3 3. 1344752 1344561 1344639 4 3 3. 1344753 1344562 134464 4 35 3. 1344784 1344597 1344672 41 3 3. 1344754 1344563 1344641 41 35 3. 1344785 1344598 1344673 48 35 3. 1344786 1344599 1344674 5 3 3. 1344755 1344564 1344642 5 35 3. 1344787 13446 1344675 51 25 3. 1344716 1344538 1344616 51 3 3. 1344756 1344565 1344643 51 35 3. 1344788 134461 1344676 52 3 3. 1344757 1344566 1344644 52 35 3. 1344789 134462 1344677 HIN PANERS MERIC PANER BADES

J8 PANER BADES HIN PANERS MERIC CK P.. HSS/HPS C 4 1. HIN PANERS MERIC PANER BADES [mm] [mm] [mm] HSS 18 HPS C (MG18) 53 3 3. 1344758 1344567 1344645 53 35 3. 134479 134463 1344678 6 3 3. 1344759 1344568 1344646 6 35 3. 1344791 134464 1344691 61 3 3. 134476 1344569 1344647 61 35 3. 1344792 134465 1344692 63 3 3. 1344761 134457 1344648 63 35 3. 1344793 134466 1344693 64 3 3. 1344762 1344571 1344649 64 35 3. 1344794 134467 1344694 68 35 3. 1344795 134468 1344695 71 3 3. 1344763 1344572 134465 71 35 3. 1344796 134469 1344696 81 3 3. 1344764 1344573 1344651 81 35 3. 1344797 134461 1344697 82 3 3. 1344765 1344574 1344652 82 35 3. 1344798 1344611 1344698 91 3 3. 1344766 1344575 1344654 1 3 3. 1344767 1344576 1344655 11 35 3. 1344799 1344612 1344699 15 25 3. 1344717 1344539 1344617 15 3 3. 1344768 1344577 1344656 15 35 3. 13448 1344613 13447

PANER BADES HIN PANERS INCH J9 CK P.. HSS/HPS C [inch] [inch] [inch] HSS 18 HPS C (MG18) 4.625.94 1343368 1343287 4.625.125 1343373 1343288 1343546 4.75.125 1343374 1343289 1343547 6.625.94 1343375 134329 6.625.125 1343376 1343291 1343548 6.75.94 1343377 1343292 6.75.125 1343378 1343293 1343549 6 1..125 1343379 1343294 134355 8.625.94 134338 1343295 8.625.125 1343381 1343296 13445 8.75.94 1343382 1343297 8.75.125 1343383 1343298 134451 8 1..125 1343384 1343299 134452 12.75.125 1343385 134331 134453 12 1..125 1343386 134332 134454 12 1.125.125 1343387 134333 134455 12 1.25.156 1343388 134334 134456 12.5.75.125 1343389 134335 134457 13 1..125 134339 134336 134458 13.625.125 1343391 134337 134459 14.75.125 1343392 134338 13446 15 1..125 1343414 134339 134461 16 1..125 1343415 134331 134462 18 1..125 1343416 1343311 134463 2 1..125 1343417 1343312 134464 24.8.625.125 1343418 1343313 134483 24.8.75.125 1343419 1343314 134484 24.8.875.125 1343421 1343315 134485 24.8 1..125 1343422 1343316 134486 24.8 1.125.125 1343423 1343317 134487 24.8 1.189.125 1343424 1343318 134488 24.8 1.25.125 1343425 1343319 134489 24.8 1.25.156 1343426 134332 13449 24.8 1.375.125 1343427 1343321 134491 24.8 1.375.156 1343428 1343322 134492 37.625.125 1343429 1343323 134494 37.75.125 134343 1343324 134495 37 1..125 1343431 1343325 134496 37 1.125.125 134349 1343326 134497 37 1.189.125 1343491 1343327 134498 37 1.25.125 1343492 1343328 134499 37 1.375.125 1343493 1343329 13441 37 1.5.125 1343534 134333 134411 37 2.125 1343537 1343331 134412 37 1.189.156 1343539 1343332 134413 37 1.25.156 1343541 1343333 134415 37 1.375.156 1343543 1343334 134416 37 1.5.156 1343544 1343335 134417 37 2.156 1343545 1343336 134418 HIN PANERS INCH PANER BADES

J1 PANER BADES CE PAC AND CE BP A set includes CE PAC.. 4 x 38 x 3,18 (carbide knives) CE BP.. 4 x 35 x 7,1 (steel backing plate) otal thickness of both parts: 1 mm CE PAC.. CE PAC AND CE BP PANER BADES [mm] [mm] [mm] MG18 4 38 3.18 1147149 4 5 3.18 1147151 4 6 3.18 1147153 5 38 3.18 1147155 5 5 3.18 1147151 5 6 3.18 11471514 6 38 3.18 11471515 6 5 3.18 11471518 6 6 3.18 1147152 7 38 3.18 11471522 7 5 3.18 11471524 7 6 3.18 11471527 8 38 3.18 11471531 8 5 3.18 11471534 8 6 3.18 11471537 9 38 3.18 11471541 9 5 3.18 11471542 9 6 3.18 11471545 1 38 3.18 1147167 1 5 3.18 11471675 1 6 3.18 11471676 11 38 3.18 11471683 11 5 3.18 11471684 11 6 3.18 11471685 12 38 3.18 11471687 12 5 3.18 11471688 12 6 3.18 11471689 13 38 3.18 1147169 13 5 3.18 11471691 13 6 3.18 11471692 15 38 3.18 11471693 15 5 3.18 11471695 15 6 3.18 11471698 17 38 3.18 11471699 17 5 3.18 114717 17 6 3.18 1147171 18 38 3.18 1147222 18 5 3.18 11472218

PANER BADES CE PAC AND CE BP J11 CE PAC.. [mm] [mm] [mm] MG18 18 6 3.18 11472219 2 38 3.18 1147222 2 5 3.18 11472221 2 6 3.18 11472224 21 38 3.18 11472225 21 5 3.18 11472227 21 6 3.18 11472228 23 38 3.18 11472247 23 5 3.18 11472249 23 6 3.18 11472256 24 38 3.18 11472258 24 5 3.18 11472259 24 6 3.18 1147226 26 38 3.18 11472262 26 5 3.18 11472264 26 6 3.18 11472265 31 38 3.18 11472267 31 5 3.18 11472268 31 6 3.18 11472271 65 38 3.18 11472272 65 5 3.18 11472273 65 6 3.18 11472274 CE BP.. CE PAC AND CE BP PANER BADES 4 BP.. PAC.. 1 mm [mm] [mm] [mm] Steel 4 35 7.1 13435 4 47 7.1 134351 4 57 7.1 134352 5 35 7.1 134353 5 47 7.1 134354 5 57 7.1 134355 6 35 7.1 134356 6 47 7.1 134357 6 57 7.1 134358 7 35 7.1 134359 7 47 7.1 134351

J12 PANER BADES CE PAC AND CE BP CE BP.. 4 BP.. PAC.. 1 mm CE PAC AND CE BP PANER BADES [mm] [mm] [mm] Steel 7 57 7.1 1343511 8 35 7.1 1343512 8 47 7.1 1343516 8 57 7.1 1343517 9 35 7.1 1343518 9 47 7.1 1343519 9 57 7.1 134352 1 35 7.1 1343521 1 47 7.1 1343522 1 57 7.1 1343523 11 35 7.1 1343524 11 47 7.1 1343525 11 57 7.1 1343526 12 35 7.1 1343527 12 47 7.1 1343528 12 57 7.1 1343529 13 35 7.1 134353 13 47 7.1 1343531 13 57 7.1 1343532 15 35 7.1 1343533 15 47 7.1 1343535 15 57 7.1 1343536 17 35 7.1 1343538 17 47 7.1 134354 17 57 7.1 1343542 18 35 7.1 134356 18 47 7.1 1343561 18 57 7.1 1343562 2 35 7.1 1343563 2 47 7.1 1343564 2 57 7.1 1343565 21 35 7.1 1343566 21 47 7.1 1343567 21 57 7.1 1343568 23 35 7.1 1343569 23 47 7.1 134357 23 57 7.1 1343571 24 35 7.1 1343572 24 47 7.1 1343573 24 57 7.1 1343574 26 35 7.1 1343575 26 47 7.1 1343576 26 57 7.1 1343577 31 35 7.1 1343578 31 47 7.1 1343579 31 57 7.1 134358 65 35 7.1 1343581 65 47 7.1 1343582 65 57 7.1 1343583

PANER BADES IH SERRAED BACK MERIC J13 CB BCFB.. hickness 4. 4 [mm] [mm] [mm] HSS 6 HPS 4 3 4. 1343844 1343882 4 35 4. 1343862 134392 5 3 4. 1343845 1343883 5 35 4. 1343864 134393 6 3 4. 1343846 1343884 6 35 4. 1343865 134394 7 3 4. 1343847 1343885 7 35 4. 1343866 134395 8 3 4. 1343848 1343886 8 35 4. 1343867 134396 9 3 4. 1343849 1343887 9 35 4. 1343868 134397 1 3 4. 134385 1343888 1 35 4. 1343869 134398 11 3 4. 1343851 1343889 11 35 4. 134387 134399 12 3 4. 1343852 134389 12 35 4. 1343871 134391 13 3 4. 1343853 1343891 13 35 4. 1343872 1343911 15 3 4. 1343854 1343892 15 35 4. 1343873 1343912 17 3 4. 1343855 1343893 17 35 4. 1343874 1343915 18 3 4. 1343856 1343894 18 35 4. 1343875 1343916 19 3 4. 1343857 1343895 19 35 4. 1343876 1343917 21 3 4. 1343858 1343896 21 35 4. 1343878 1343918 23 3 4. 1343859 1343897 23 35 4. 1343879 1343919 24 3 4. 134386 1343898 24 35 4. 134388 134392 25 3 4. 11663392 65 3 4. 1343861 1343899 65 35 4. 1343881 1343921 IH SERRAED BACK MERIC PANER BADES

J14 PANER BADES IH SERRAED BACK MERIC CB BCC.. hickness 5. 4 IH SERRAED BACK MERIC PANER BADES [mm] [mm] [mm] HSS 6 HPS 4 27 5 1343758 1343684 4 38 5 1343776 134372 4 45 5 1343798 134372 4 5 5 1343817 1343738 5 27 5 1343759 1343685 5 38 5 1343777 134373 5 45 5 1343799 1343721 5 5 5 1343818 1343743 6 27 5 134376 1343686 6 38 5 1343778 134374 6 45 5 13438 1343722 6 5 5 1343819 134374 7 27 5 1343761 1343687 7 38 5 1343779 134375 7 45 5 134381 1343723 7 5 5 134382 1343741 8 27 5 1343762 1343688 8 38 5 134378 134376 8 45 5 134382 1343724 8 5 5 1343821 1343742 9 27 5 1343763 1343689 9 38 5 1343781 134377 9 45 5 134383 1343725 9 5 5 1343822 1343744 1 27 5 1343764 134369 1 38 5 1343782 134378 1 45 5 134384 1343726 1 5 5 1343823 1343745 11 27 5 1343765 1343691 11 38 5 1343783 134379 11 45 5 134385 1343727 11 5 5 1343824 1343746 12 27 5 1343766 1343692 12 38 5 1343784 134371 12 45 5 134386 1343728 12 5 5 1343825 1343747 13 27 5 1343767 1343693 13 38 5 1343785 1343711 13 45 5 134387 1343729 13 5 5 1343826 1343748 15 27 5 1343768 1343694 15 38 5 1343786 1343712 15 45 5 134388 134373 15 5 5 1343827 1343749 17 27 5 1343769 1343695 17 38 5 1343787 1343713 17 45 5 134389 1343731 17 5 5 1343828 134375 18 27 5 134377 1343696

PANER BADES IH SERRAED BACK MERIC J15 CB BCC.. hickness 5. 4 [mm] [mm] [mm] HSS 6 HPS 18 38 5 1343788 1343714 18 45 5 1343811 1343732 18 5 5 1343829 1343751 19 27 5 1343771 1343697 19 38 5 1343789 1343715 19 45 5 1343812 1343733 19 5 5 134383 1343752 21 27 5 1343772 1343698 21 38 5 134379 1343716 21 45 5 1343813 1343734 21 5 5 1343831 1343753 23 27 5 1343773 1343699 23 38 5 1343791 1343717 23 45 5 1343814 1343735 23 5 5 1343832 1343754 24 27 5 1343774 13437 24 38 5 1343792 1343718 24 45 5 1343815 1343736 24 5 5 1343833 1343755 27 5 5 1179249 27 45 5 1179296 65 27 5 1343775 134371 65 38 5 1343793 1343719 65 45 5 1343816 1343737 65 5 5 1343834 1343756 CB BCC.. hickness 6. IH SERRAED BACK MERIC PANER BADES 4 [mm] [mm] [mm] HSS 6 HPS 4 4 6 1344233 1344313 4 5 6 1344253 1344332 4 6 6 1344275 1344353 4 7 6 1344293 1344378 5 4 6 1344235 1344314 5 5 6 1344254 1344333 5 6 6 1344276 1344355 5 7 6 1344294 1344379

J16 PANER BADES IH SERRAED BACK MERIC CB BCC.. hickness 6. 4 IH SERRAED BACK MERIC PANER BADES [mm] [mm] [mm] HSS 6 HPS 6 4 6 1344236 1344315 6 5 6 1344255 1344334 6 6 6 1344277 1344356 6 7 6 1344295 134438 7 4 6 1344237 1344316 7 5 6 1344256 1344335 7 6 6 1344278 1344357 7 7 6 1344296 1344381 8 4 6 1344238 1344317 8 5 6 1344257 1344336 8 6 6 1344279 1344358 8 7 6 1344297 1344382 9 4 6 1344239 1344318 9 5 6 1344258 1344337 9 6 6 134428 1344359 9 7 6 1344298 1344383 1 4 6 134424 1344319 1 5 6 1344259 1344338 1 6 6 1344281 134436 1 7 6 1344299 1344384 11 4 6 1344241 134432 11 5 6 134426 1344339 11 6 6 1344282 1344362 11 7 6 13443 1344385 12 4 6 1344242 1344321 12 5 6 1344261 134434 12 6 6 1344283 1344363 12 7 6 134431 1344386 13 4 6 1344243 1344322 13 5 6 1344262 1344341 13 6 6 1344284 1344365 13 7 6 134432 1344387 15 4 6 1344244 1344323 15 5 6 1344267 1344342 15 6 6 1344285 1344367 15 7 6 134433 1344388 17 4 6 1344245 1344324 17 5 6 1344268 1344343 17 6 6 1344286 1344369 17 7 6 134434 1344389 18 4 6 1344246 1344325 18 5 6 1344269 1344344 18 6 6 1344287 1344372 18 7 6 134436 134439 2 4 6 1344247 1344326 2 5 6 134427 1344345 2 6 6 1344288 1344373 2 7 6 134437 1344391 21 4 6 1344248 1344327

PANER BADES IH SERRAED BACK MERIC J17 CB BCC.. hickness 6. 4 [mm] [mm] [mm] HSS 6 HPS 21 5 6 1344271 1344346 21 6 6 1344289 1344374 21 7 6 134438 1344392 23 4 6 1344249 1344328 23 5 6 1344272 1344348 23 6 6 134429 1344375 23 7 6 134439 1344393 26 4 6 134425 134433 26 5 6 1344273 1344349 26 6 6 1344291 1344376 26 7 6 134431 1344394 65 4 6 1344251 1344331 65 5 6 1344274 1344351 65 6 6 1344292 1344377 65 7 6 1344311 1344395 IH SERRAED BACK MERIC CB BCC.. hickness 8. 4 PANER BADES [mm] [mm] [mm] HSS 6 HPS 4 4 8 134411 13436 4 5 8 1344139 134362 4 6 8 1344169 1343638 4 7 8 134421 1343656 5 4 8 1344111 134361 5 5 8 134414 1343621 5 6 8 134417 1343639 5 7 8 1344211 1343657 6 4 8 1344112 134362 6 5 8 1344141 1343622 6 6 8 1344171 134364 6 7 8 1344213 1343658 7 4 8 1344113 134363 7 5 8 1344142 1343623 7 6 8 1344172 1343641 7 7 8 1344215 1343659 8 4 8 1344114 134364 8 5 8 1344143 1343624

J18 PANER BADES IH SERRAED BACK MERIC CB BCC.. hickness 8. 4 IH SERRAED BACK MERIC PANER BADES [mm] [mm] [mm] HSS 6 HPS 8 6 8 1344173 1343642 8 7 8 1344218 134366 9 4 8 1344115 134365 9 5 8 1344144 1343625 9 6 8 1344174 1343643 9 7 8 1344219 1343661 1 4 8 1344116 134366 1 5 8 1344145 1343626 1 6 8 1344175 1343644 1 7 8 134422 1343662 11 4 8 1344117 134367 11 5 8 1344146 1343627 11 6 8 1344176 1343645 11 7 8 1344221 1343663 12 4 8 1344118 134368 12 5 8 1344147 1343628 12 6 8 1344177 1343646 12 7 8 1344222 1343664 13 4 8 1344119 134369 13 5 8 1344148 1343629 13 6 8 1344178 1343647 13 7 8 1344223 1343665 15 4 8 134412 134361 15 5 8 1344149 134363 15 6 8 1344179 1343648 15 7 8 1344224 1343666 17 4 8 1344121 1343611 17 5 8 134415 1343631 17 6 8 134418 1343649 17 7 8 1344225 1343667 18 4 8 1344122 1343612 18 5 8 1344151 1343632 18 6 8 1344181 134365 18 7 8 1344226 1343668 2 4 8 1344123 1343613 2 5 8 1344152 1343633 2 6 8 1344182 1343651 2 7 8 1344227 1343669 21 4 8 1344124 1343615 21 5 8 1344153 1343634 21 6 8 1344183 1343652 21 7 8 1344228 134367 23 4 8 1344125 1343617 23 5 8 1344154 1343635 23 6 8 1344184 1343653 23 7 8 1344229 1343671 26 4 8 1344126 1343618 26 5 8 1344155 1343636 26 6 8 1344185 1343654

PANER BADES IH SERRAED BACK MERIC J19 CB BCC.. hickness 8. 4 [mm] [mm] [mm] HSS 6 HPS 26 7 8 1344231 1343672 65 4 8 1344127 1343619 65 5 8 1344156 1343637 65 6 8 1344186 1343655 65 7 8 1344232 1343673 PANER BADES IH SERRAED BACK MERIC

J2 PANER BADES IH SERRAED BACK MERIC CB BCC.. 15C hickness 5., carbide inlay 15. (HM) C 4 IH SERRAED BACK MERIC PANER BADES C [mm] [mm] [mm] [mm] C (MG18) 4 38 5 15 1343941 4 45 5 15 1343959 5 27 5 15 1343924 5 38 5 15 1343942 5 45 5 15 134396 6 27 5 15 1343925 6 38 5 15 1343943 6 45 5 15 1343961 7 27 5 15 1343926 7 38 5 15 1343944 7 45 5 15 1343962 8 27 5 15 1343927 8 38 5 15 1343945 8 45 5 15 1343963 9 27 5 15 1343928 9 38 5 15 1343946 9 45 5 15 1343964 1 27 5 15 1343929 1 38 5 15 1343947 1 45 5 15 1343965 11 27 5 15 134393 11 38 5 15 1343948 11 45 5 15 1343966 12 27 5 15 1343931 12 38 5 15 1343949 12 45 5 15 1343967 13 27 5 15 1343932 13 38 5 15 134395 13 45 5 15 1343968 15 27 5 15 1343933 15 38 5 15 1343951 15 45 5 15 1343969 17 27 5 15 1343934 17 38 5 15 1343952 17 45 5 15 134397 18 27 5 15 1343935 18 38 5 15 1343953 18 45 5 15 1343971 19 27 5 15 1343936 19 38 5 15 1343954 19 45 5 15 1343972 21 27 5 15 1343937 21 38 5 15 1343955 21 45 5 15 1343973 23 27 5 15 1343938 23 38 5 15 1343956 23 45 5 15 1343974 24 27 5 15 1343939

PANER BADES IH SERRAED BACK MERIC J21 CB BCC.. 15C hickness 5., carbide inlay 15. (HM) C 4 C [mm] [mm] [mm] [mm] C (MG18) 24 38 5 15 1343957 24 45 5 15 1343975 65 27 5 15 134394 65 38 5 15 1343958 65 45 5 15 1343976 CB BCC.. 2C hickness 8., carbide inlay 2. (HM) C 4 IH SERRAED BACK MERIC C [mm] [mm] [mm] [mm] C (MG18) 4 4 8 2 1344432 4 5 8 2 1344444 6 4 8 2 1344433 6 5 8 2 1344445 8 4 8 2 1344434 8 5 8 2 1344446 1 4 8 2 1344435 1 5 8 2 1344447 13 4 8 2 1344436 13 5 8 2 1344448 15 4 8 2 1344437 15 5 8 2 1344449 18 4 8 2 1344438 18 5 8 2 134445 2 4 8 2 1344439 2 5 8 2 1344451 23 4 8 2 134444 23 5 8 2 1344452 26 4 8 2 1344441 26 5 8 2 1344453 31 4 8 2 1344442 31 5 8 2 1344454 56 5 8 2 1344457 64 4 8 2 1344443 64 5 8 2 1344458 PANER BADES

J22 PANER BADES IH SERRAED BACK MERIC CB BCC.. 25C hickness 8., carbide inlay 25. (HM) C 4 IH SERRAED BACK MERIC PANER BADES C [mm] [mm] [mm] [mm] C (MG18) 4 5 8 25 1344459 4 6 8 25 134448 6 5 8 25 134446 6 6 8 25 1344481 8 5 8 25 1344461 8 6 8 25 1344482 1 5 8 25 1344462 1 6 8 25 1344483 13 5 8 25 1344463 13 6 8 25 1344484 15 5 8 25 1344464 15 6 8 25 1344485 18 5 8 25 1344465 18 6 8 25 1344486 2 5 8 25 1344466 2 6 8 25 1344487 23 5 8 25 1344467 23 6 8 25 1344488 26 5 8 25 1344468 26 6 8 25 1344489 31 5 8 25 1344469 31 6 8 25 134449 56 5 8 25 134447 56 6 8 25 1344491 64 5 8 25 1344471 64 6 8 25 1344492 CB BCC.. 35C hickness 8., carbide inlay 35. (HM) C 4 C [mm] [mm] [mm] [mm] C (MG18) 4 6 8 35 1344493 4 7 8 35 134456 6 6 8 35 1344494 6 7 8 35 134457 8 6 8 35 1344495 8 7 8 35 134458 1 6 8 35 1344496

PANER BADES IH SERRAED BACK MERIC J23 CB BCC.. 35C hickness 8., carbide inlay 35. (HM) C 4 C [mm] [mm] [mm] [mm] C (MG18) 1 7 8 35 134459 13 6 8 35 1344497 13 7 8 35 134451 15 6 8 35 1344498 15 7 8 35 1344511 18 6 8 35 1344499 18 7 8 35 1344512 2 6 8 35 13445 2 7 8 35 1344513 23 6 8 35 134451 23 7 8 35 1344514 26 6 8 35 134452 26 7 8 35 1344515 31 6 8 35 134453 31 7 8 35 1344516 56 6 8 35 134454 56 7 8 35 1344517 64 6 8 35 134455 64 7 8 35 1344518 IH SERRAED BACK MERIC PANER BADES

J24 PANER BADES IH SERRAED BACK INCH CB BCC.. hickness 6. 4 IH SERRAED BACK INCH [inch] [inch] [inch] HSS 6 HPS 25 1.25.25 1344416 1343191 25 1.25.313 1344422 1343197 25 1.5.25 1344417 1343192 25 1.5.313 1344423 1343198 25 1.75.188 134443 134325 25 1.75.25 1344418 1343193 25 1.75.313 1344424 1343199 25 2..188 1344431 134326 25 2..25 1344419 1343194 25 2..313 1344425 13432 25 2.25.25 134442 1343195 25 2.25.313 1344426 134321 25 2.5.25 1344421 1343196 25 2.5.313 1344427 134322 25 2.75.313 1344428 134323 25 3..313 1344429 134324 PANER BADES

PANER BADES IH SERRAED BACK INCH J25 CB BCFB.. C Carbide inlay 2-35mm (HM) C 4 [inch] [inch] [inch] C (MG18) 25 1.25.25 1343211 25 1.5.25 1343212 25 1.75.25 1343213 25 2.25 1343214 25 2.25.25 1343215 25 2.5.25 1343216 25 1.25.313 1343217 25 1.5.313 1343218 25 1.75.313 1343219 25 2.313 134322 25 2.25.313 1343221 25 2.5.313 1343222 25 2.5.313 1343223 25 2.75.313 1343224 25 3.313 1343225 PANER BADES IH SERRAED BACK INCH

K2 echnical information How are our grades indicated on the products. hich common products can our carbide grades be compared to. hat is the best way to grind carbide? On the following pages you will receive information on grade designation, material comparisons and on the basics on how to grind carbide. ECHNICA INFORMAION

ECHNICA INFORMAION GRADE DESIGNAION K3 Grade designation for inserts, scorers and blanks Grade Symbol Embossed on the product UMG4 SMG2 MG6 GRADE DESIGNAION KCR8 HC5 MG18 ECHNICA INFORMAION HC2 HE4 COPP1 x

K4 ECHNICA INFORMAION SPECIA PRODUCS You can t find the product you need in our catalogue? Our catalogue shows the product range frequently needed by our customers. Of course we are also able to manufacture customised products or rather products to customers specifications. In order to do so, we apply up-to-date production methods and sufficient capacities at our sites which allow us to manufacture special products within a short time. Our long-standing experience and competence in the fields of research and development ensures that we can provide any support you may need to achieve the optimum results with your tools. e look forward to your requests for products we can put together according to your specifications. Our qualified engineers will be glad to discuss the specifications with you, and will be placing their technical knowledge with regard to production possibilities and application fields at your disposal. Should you have any further specific questions, or you require a particular customised product, do not hesitate to call us - we shall be glad to be of assistance. ECHNICA INFORMAION SPECIA PRODUCS

ECHNICA INFORMAION COMPARISON OF MAERIAS K5 Germany DIN Mat. no. United Kingdom BS France AFNOR Sweden SS United States AISI Japan JIS K c1.1 N/mm 2 m c VDI 3323 group 1 SPb 2 1.722 1 PbF 2 11 8 135,2 1 1 Cr 6 1.267 B 3 Y 1 C 6 3 SUJ2 1775,24 6/9 15 Cr 6 1.2419 15 C 13 SKS31 1775,24 6/9 12 CrMo 9 1 1.738 151-622 Gr. 31; 45 1 CD 9.1 2218 A 182-F22 SPVA,SCMV4 1675,24 6/7 12 Ni 19 1.568 Z 18 N 5 2515 245,23 1/11 13 CrMo 4 4 1.7335 151-62 Gr. 27 15 CD 3.5 2216 A 182-F11; F12 SPVAF12 1675,24 6/7 14 MoV 6 3 1.7715 153-66-44 1675,24 6/7 14 Ni 6 1.5622 16 N 6 A 35-F 5 1675,24 6/7 14 NiCr 1 1.5732 14 NC 11 3415 SNC415(H) 1675,24 6/7 14 NiCr 14 1.5752 655 M 13 12 NC 15 331; 9314 SNC815(H) 1675,24 6/7 14 NiCrMo 13 4 1.6657 1675,24 6/7 15 Cr 3 1.715 523 M 15 12 C 3 515 1675,24 6/7 15 CrMo 5 1.7262 12 CD 4 SCM415(H) 1675,24 6/7 15 Mo 3 1.5415 151-24 15 D 3 2912 A 24 Gr. A 1675,24 6/7 16 MnCr 5 1.7131 527 M 17 16 MC 5 2511 5115 SCR415 1675,24 6/7 16 Mo 5 1.5423 153-245-42 452 SB45M 1675,24 6/7 17 CrNiMo 6 1.6587 82 A 16 18 NCD 6 1675,24 6/7 21 NiCrMo 2 1.6523 85 M 2 2 NCD 2 256 862 SNCM22(H) 1725,24 6/8 25 CrMo 4 1.7218 1717 CDS 11 25 CD 4 S 2225 413 SM42;SCM43 1725,24 6/8 28 Mn 6 1.117 15 M 28 2 M 5 133 15,22 2 COMPARISON OF MAERIAS 32 CrMo 12 1.7361 722 M 24 3 CD 12 224 1775,24 6/9 34 Cr 4 1.733 53 A 32 32 C 4 5132 SCR43(H) 1725,24 6/8 34 CrMo 4 1.722 78 A 37 35 CD 4 2234 4135; 4137 SCM432;SCCRM3 1775,24 6/9 34 CrNiMo 6 1.6582 817 M 4 35 NCD 6 2541 434 SNCM447 1775,24 6/9 35 S 2 1.726 212 M 36 35 MF 4 1957 114 1525,22 2/3 36 CrNiMo 4 1.6511 816 M 4 4 NCD 3 984 SNCM447 1775,24 6/9 36 Mn 5 1.1167 1525,22 2/3 36 NiCr 6 1.571 64 A 35 35 NC 6 3135 SNC236 18,24 3/9 38 MnSi 4 1.512 18,24 3/9 39 CrMoV 13 9 1.8523 897 M 39 1775,24 6/9 4 Mn 4 1.1157 15 M 36 35 M 5 139 1525,22 2/3 ECHNICA INFORMAION 4 NiCrMo 2 2 1.6546 311-ype 7 4 NCD 2 874 SNCM24 1775,24 6/9 41 Cr 4 1.735 53 M 4 42 C 4 514 SCR44(H) 1775,24 6/9 41 CrAlMo 7 1.859 95 M 39 4 CAD 6.12 294 A 355 Cl. A SACM645 1775,24 6/9 41 CrMo 4 1.7223 78 M 4 42 CD 4 S 2244 4142; 414 SCM44 1775,24 6/9 42 Cr 4 1.745 53 A 4 42 C 4 S 2245 514 SCr44 1775,24 6/9 42 CrMo 4 1.7225 78 M 4 42 CD 4 2244 4142; 414 SCM44(H) 1775,24 6/9 45 CrV 7 1.2542 BS 1 271 S 1 1775,24 6/9 5 CrV 4 1.8159 735 A 5 5 CV 4 223 615 SUP1 1775,24 6/9 55 Cr 3 1.7176 527 A 6 55 C 3 2253 5155 SUP9(A) 1775,24 6/9 55 NiCrMoV 6 1.2713 55 NCDV 7 6 SKH1;SK4 1775,24 6/9 55 Si 7 1.94 25 A 53 55 S 7 285; 29 9255 1775,24 6/9 58 CrV 4 1.8161 1775,24 6/9 6 SiCr 7 1.961 6 SC 7 9262 1775,24 6/9 9 SMn 28 1.715 23 M 7 S 25 1912 1213 SUM22 135,21 1 9 SMn 36 1.736 24 M 7 S 3 1215 135,21 1 9 SMnPb 28 1.718 S 25 Pb 1914 12 13 SUM22 135,21 1 9 SMnPb 36 1.737 S 3 Pb 1926 12 14 135,21 1 Al99 3.25 7,25 21 AlCuMg1 3.1325 7,25 22

K6 ECHNICA INFORMAION COMPARISON OF MAERIAS Germany DIN Mat. no. United Kingdom BS France AFNOR Sweden SS United States AISI Japan JIS K c1.1 N/mm 2 m c VDI 3323 group AlMg1 3.3315 7.25 21 AlMgSi1 3.2315 7.25 22 C 15 1 1.1545 Y1 15 188 11 SK3 1675.24 3 C 125 1.1663 Y2 12 112 1675.24 3 C 15 1.41 8 M 15 AF3 7 C 12; XC 18 135 115 S15C 135.21 1 C 22 1.42 5 A 2 AF 42 C 2 145 12 S2C, S22C 135.21 1 C 35 1.51 6 A 35 AF 55 C 35 155 135 S35C 1525.22 2/3 C 45 1.53 8 M 46 AF 65 C 45 165 145 S45C 1525.22 2/3 COMPARISON OF MAERIAS C 55 1.535 7 M 55 1655 155 S55C 1675.24 3 C 6 1.61 8 A 62 CC 55 16 S6C 1675.24 3 Cf 35 1.1183 S35C 1525.22 2/3 Cf 53 1.1213 S5C 1525.22 2/3 Ck 11 1.1274 6 A 96 187 195 1675.24 3 Ck 15 1.1141 8 M 15 XC 15; XC 18 137 115 S15C 135.21 1 Ck 55 1.123 7 M 55 XC 55 155 S55C 1675.24 3 Ck 6 1.1221 8 A 62 XC 6 1665; 1678 16 S58C 1675.24 3 CoCr215Ni 2.4764 33.24 35 CuZn15 2.24 7.27 27 CuZn36Pb3 2.375 7.27 26 E-Cu57 2.6 7.27 28 G-AlSi1Mg 3.2381 7.25 24 ECHNICA INFORMAION G-AlSi12 3.2581 7.25 23 G-AlSi9Cu3 3.2163 7.25 23 G-CuSn5ZnPb 2.196 7.27 26 G-CuZn4Fe 2.59 7.27 28 G-X 12 Mn 12 1.341 Z 12 M 12 Z 12 M 12 A 128 (A) 33.24 35 G-X 2 Cr 14 1.427 42 C 29 Z 2 C 13 M SCS2 1875.21 12/13 G-X 4 NiCrSi 38 18 1.4865 33 C 4 26.24 31 G-X 45 CrSi 9 3 1.4718 41 S 45 Z 45 CS 9 HNV 3 245.23 1/11 G-X 5 CrNi 13 4 1.4313 425 C 11 Z 5 CN 13.4 2385 CA 6-NM 1875.21 12/13 G-X 5 CrNiMoNb 18 1 1.4581 318 C 17 Z 4 CNDNb 18.12 M 215.2 14 G-X 6 CrNi 18 9 1.438 34 C 15 Z 6 CN 18.1 M 2333 CF-8 215.2 14 G-X 6 CrNiMo 18 1 1.448 215.2 14 G-X 7 Cr 13 1.41 1875.21 12/13 GG-1.61 Ft 1 D 1 1- A48-2 B FC1 115.2 15 GG-15.615 Grade 15 Ft 15 D 1 15- A48-25 B FC15 115.2 15 GG-2.62 Grade 22 Ft 2 D 1 2- A48-3 B FC2 115.2 15 GG-25.625 Grade 26 Ft 25 D 1 25- A48-4 B FC25 125.24 15/16 GG-3.63 Grade 3 Ft 3 D 1 3- A48-45 B FC3 135.28 16 GG-35.635 Grade 35 Ft 35 D 1 35- A48-5 B FC35 135.28 16 GG-4.64 Grade 4 Ft 4 D 1 4- A48-6 B FC4 135.28 16 GGG-35.3.733 FCD35 1225.25 17 GGG-4.74 SNG 42/12 FGS 4-12 717-2 6-4-18 FCD4 1225.25 17 GGG-4.3.743 SNG 37/17 FGS 37-17 717-15 FCD4 1225.25 17 GGG-5.75 SNG 5/7 FGS 5-7 727-2 65-45-12 FCD5 135.28 18 GGG-6.76 SNG 6/3 FGS 6-3 732-3 8-55-6 FCD6 135.28 18 GGG-7.77 SNG 7/2 FGS 7-2 737-1 1-7-3 FCD7 135.28 18 GGG-NiCr 2 2.766 S-NiCr 2 2 S-NC 2 2 A 439 ype D-2 135.28 18 GGG-NiMn 13 7.7652 S-NiMn 13 7 S-NM 13 7 135.28 18 GS-Ck 45 1.1191 8 M 46 XC 42 1672 145 S45C 1525.22 2/3

ECHNICA INFORMAION COMPARISON OF MAERIAS K7 Germany DIN Mat. no. United Kingdom BS France AFNOR Sweden SS United States AISI Japan JIS K c1.1 N/mm 2 m c VDI 3323 group GS-35-1.8135 B 34/12 MN 35-1 1225.25 19 GS-45-6.8145 P 44/7 142.3 2 GS-55-4.8155 P 51/4 MP 5-5 142.3 2 GS-65-2.8165 P 57/3 MP 6-3 142.3 2 GS-7-2.817 P 69/2 IP 7-2 142.3 2 NiCr2iAl 2.4631 HR 41; 61 Nimonic 8 A 33.24 33 NiCr22Mo9Nb 2.4856 Inconel 625 33.24 33 NiCu3Al 2.4375 Monel K 5 33.24 34 NiFe25Cr2Nbi 2.4955 33.24 34 S 18--1 1.3355 B 1 Z 8 CV 18-4-1 1 245.23 1/11 S 18-1-2-5 1.3255 B 4 Z 8 KCV 18-5-4-4 245.23 1/11 S 2-9-2 1.3348 Z 1 DCV 9-4-2-2782 M 7 245.23 1/11 S 6-5-2 1.3343 BM 2 Z 85 DCV 6-5-4-2722 M 2 SKH9; SKH51 245.23 1/11 S 6-5-2-5 1.3243 Z 85 DKCV 6-5-5-2723 SKH55 245.23 1/11 ial6v4 3.7165 A 1 bis A 13 -A 6 V 211.22 37 X 1 Cr 13 1.46 41 S 21 Z 12 C 13 232 41; CA-15 SUS41 1875.21 12/13 X 1 CrNiMoNb 18 12 1.4583 318 215.2 14 X 1 CrNiS 18 9 1.435 33 S 21 Z 1 CNF 18.9 2346 33 215.2 14 X 1 CrMoV 5 1 1.2363 BA 2 Z 1 CDV 5 226 A 2 245.23 1/11 X 12 CrMoS 17 1.414 Z 1 CF 17 2383 43 F SUS43F 1875.21 12/13 COMPARISON OF MAERIAS X 12 CrNi 17 7 1.431 31 S 21 Z 12 CN 17.7 31 215.2 14 X 12 CrNi 22 12 1.4829 SUS31 135.28 16 X 12 CrNi 25 21 1.4845 31 S24 Z 12 CN 25.2 2361 31 S SUH31; SUS31S 215.2 14 X 12 CrNii 18 9 1.4878 321 S 2 Z 6 CN 18.12 (B) 2337 321 215.2 14 X 12 NiCrSi 36 16 1.4864 NA 17 Z 12 NCS 37.18 33 SUH33 26.24 31 X 15 CrNiSi 2 12 1.4828 39 S 24 Z 15 CNS 2.12 39 SUH39 135.28 16 X 165 CrMoV 12 1.261 231 245.23 1/11 X 2 CrNiMo 18 13 1.444 215.2 14 X 2 CrNiMoN 17 13 3 1.4429 316 S 62 Z 2 CND 17.13 Az 2375 316 N SUS316N 215.2 14 X 2 CrNiN 18 1 1.4311 34 S 62 Z 2 CN 18.1 2371 34 N SUS34N 215.2 14 X 2 CrNi 17 2 1.457 431 S 29 Z 15 CN 16.2 2321 431 SUS431 1875.21 12/13 ECHNICA INFORMAION X 21 Cr 12 1.28 BD 3 Z 2 C 12 D 3 245.23 1/11 X 21 Cr 12 1.2436 2312 245.23 1/11 X 3 CrV 9 3 1.2581 BH 21 Z 3 CV 9 H 21 SKD5 245.23 1/11 X 4 CrMoV 5 1 1.2344 BH 13 Z 4 CDV 5 2242 H 13 SKD61 245.23 1/11 X 46 Cr 13 1.434 42 S 45 Z 4 C 14 1875.21 12/13 X 5 CrNi 18 9 1.431 34 S 15 Z 6 CN 18.9 2332; 2333 34; 34 H SUS34 215.2 14 X 5 CrNiMo 17 13 3 1.4436 316 S 16 Z 6 CND 17.12 2343 316 SUS316 215.2 14 X 5 CrNiMo 18 1 1.441 316 S 16 Z 6 CND 17.11 2347 316 SUS316 215.2 14 X 53 CrMnNiN 21 9 1.4871 349 S 54 Z 52 CMN 21.9 EV 8 1875.21 12/13 X 6 Cr 13 1.4 43 S 17 Z 6 C 13 231 43 SUS43 1875.21 12/13 X 6 Cr 17 1.416 43 S 15 Z 8 C 17 232 43 SUS43 1875.21 12/13 X 6 CrMo 17 1.4113 434 S 17 Z 8 CD 17.1 2325 434 SUS434 1875.21 12/13 X 6 CrNiMoi 17 12 2 1.4571 32 S 31 Z 6 CN 17.12 235 316 i 215.2 14 X 6 CrNiNb 18 1 1.455 347 S 17 Z 6 CNNb 18.1 2338 347 215.2 14 X 6 CrNii 18 1 1.4541 321 S 12 Z 6 CN 18.1 2337 321 215.2 14 X2 CrNi 18-8 1.4317 215.2 14

K8 ECHNICA INFORMAION PACKAGING Packaging Page(s) Product Packaging B4-B36 Saw tips for wood C4-C15 Saw tips for metal PACKAGING D4-D5 Strobe blanks ECHNICA INFORMAION E4-E14 F4-F8 G4-G1 Rectangular strips Rods Blanks for wood machining H4-H25 Indexable knives I4-I23 Blanks for profiling J4-J25 Planer blades

ECHNICA INFORMAION BASICS OF CARBIDE GRINDING K9 Basics of carbide grinding Carbide is exclusively ground with diamond grinding wheels. Diamond Diamond types synthetic natural Properties Hardness: 8 kn/mm 2 Density: 352 kg/m 3 hermal stability: up to approx. 7 C Colour: transparent to green-yellowish Highly reactive regarding the formation of carbides Application fields Machining of carbides, ceramic, cermets, PCD, PCBN (polycrystalline cubic boron nitride), glass Application in grinding wheels in all types of bonds but mainly in synthetic resin and metal bonds BASICS OF CARBIDE GRINDING hermal stability 8 8 7 7 ECHNICA INFORMAION 6 6 Hardness [KN/mm 2 ] 5 5 4 4 3 3 2 2 1 1 oss of mass [m.-%] 1 1 2 2 3 1 2 3 4 5 6 7 8 9 1 emperature [ C] 3 Hardness oss of mass

K1 ECHNICA INFORMAION BASICS OF CARBIDE GRINDING Diamond abrasive grit ypes of grit block-like micro-crystalline splintering grit with coating BASICS OF CARBIDE GRINDING ECHNICA INFORMAION Grit size designation and grit size comparison for diamond grit (1) FEPA grit sizes Mesh JIS Medium grit size D... %> µm % between µm %< (USA) (Japan) grits/ct [mm] 251 8 271 9 213 8 6/8 8. 213 8 227 9 181 8 17. 181 1 197 87 151 1 8/1 25. 151 1 165 87 127 1 1/12 1 5.,151 126 1 139 87 17 1 12/14 12 8.,126 17 11 116 85 9 11 14/17 14 13.,17 91 11 97 85 75 11 17/2 17 24.,91 76 11 85 85 65 11 2/23 2 4.,76 64 11 75 85 57 11 23/27 23 8.,64 54 15 65 8 49 15 27/325 27 13.,54 46 15 57 8 41 15 325/4 325 2.,46 D... [µm] [mesh] 1.18 1.18 1. 16/18 1.1 1. 85 18/2 851 85 71 2/25 711 71 6 25/3 61 6 5 3/35 51 5 425 35/4 426 425 355 4/45 356 355 3 45/5 31 3 25 5/6 251 25 212 6/7 213 212 18 7/8 181 18 15 8/1 151 15 125 1/12 126 125 16 12/14 17 16 9 14/17 91 9 75 17/2 76 75 63 2/23 64 63 53 23/27 54 53 45 27/325 46 45 38 325/4 < 46: micron -> no screening Grit size designation and grit size comparison for diamond grit (2) Macro-grit size (screened) Europe (metric) mesh size USA Coated abrasive grit lightly or strongly covered mostly with metal cover - abrasive grit with a metal cover achieves longer tool life and better thermal conductivity - abrasive grit without metal cover cuts better and is smoother Micro-grit size Designation FEPA US [µm] [mesh] MD4 27 53 5/6 MD25 16 34 6/8 MD16 1 22 8/1.2 MD1 6 14 1.2/1.8 MD6,3 4 9 1.4/3. MD4, 2,5 5,5 3./8. MD2,5 1,5 4 8./12. MD1,6 1, 2,5 12./13. MD1,,5 1,5

ECHNICA INFORMAION BASICS OF CARBIDE GRINDING K11 Influence of grit size on ground surface and edge quality Selection of diamond grit size is important when considering the final surface quality that needs to be achieved. Surface roughness R a, RZ Grain size [µm] Influence of grit size and concentration fine Grit size coarse service life cutting performance grinding pressure surface quality Coarser grit mesh sizes reduce the achievable surface quality and finer will improve the surface. low Concentration high service life cutting performance grinding pressure surface quality BASICS OF CARBIDE GRINDING Grit Concentration USA [mesh] FEPA C5 C75 C1 C15 C2 325/4 D46 2481 3721 4962 7443 9923 27/325 D54 1534 23 367 461 6134 23/27 D64 921 1382 1842 2763 3685 2/23 D76 55 825 11 165 22 17/2 D91 32 481 641 961 1282 14/17 D17 197 296 394 591 788 12/14 D126 12 181 241 362 482 1/12 D151 7 15 14 21 28 8/1 D181 4 6 81 12 16 6/8 D252 15 23 3 45 6 = grit volume/mm 3 ECHNICA INFORMAION ypes of bonds in grinding wheels Advantages and disadvantages Metal Ceramic Resin Galvanic Cutting performance Deformation resistance hermal stability Metal (Cu, Co) Ceramic Galvanic Resin in addition the bond is characterised by filler materials and porosity Conductivity Dressing characteristics optimal good suitability not suitable

K12 ECHNICA INFORMAION BASICS OF CARBIDE GRINDING ear mechanisms on grinding wheels Grit Bond Grit wear Grit flattening Grit splintering Grit chipping Grinding pressure Self-sharpening effect ool failure BASICS OF CARBIDE GRINDING Normal condition Splintering of cutting edges causes self-sharpening effect Edgeless grit higher grinding forces otal grit break-out tool collapse Influence of modifying grinding parameters Machine and operation parameters Bond wear In materials with chip ear of the bond formation/cutting materials In chipless materials/work Powdery abrasion of the piece materials work piece (very low wear of bond) Modifying parameters Grinding wheel Cutting speed Metal removal rate Coolant Grit size Concentration Contact face ECHNICA INFORMAION v c [m/s] Q w [mm 3 /s] [oil content] [µm] [grit amount/cm 3 ] [cm 2 ] Grinding force F ear rate G Roughness R a emperature ϑ Influence of cutting conditions on grinding result Q w, grit size high v c, l g low Single grit thickness h cu l g high v w low Exposure, coverage Internal pressure and tension Surface quality Cutting edge quality

ECHNICA INFORMAION BASICS OF CARBIDE GRINDING K13 Cooling lubricant for grinding Applying a cooling lubricant when grinding is extremely important it influences the removal of the heat generated during the grinding process and the evacuation of the chips produced herefore, the use of the coolant has to be adapted with regard to the type of coolant (oil, emulsion) the viscosity of the coolant the flashpoint of the coolant pressure, flow rate, speed and direction of the coolant jet he coolant achieves an optimal effect only when it is correctly filtered without filtering the fine abrasive material can be recirculated and become re-attached to the grinding wheel the abrasive material from grinding refuse sticks to the work piece and to the grinding wheel blocks the grinding wheel, generates excessive heat and destroys the bond of the grinding wheel and the carbide part which is to be ground leads to early wear of the wheel contaminated coolant decreases the service life and precision of the machine BASICS OF CARBIDE GRINDING Influence of cooling lubricant Potential properties of cooling lubricants Grinding oil ubricating effect hermal conductivity hermal capacity Viscosity Costs Emulsion Comparison of potential process influence of cooling lubricants Heat generation Heat removal ool wear Cleaning effect Costs Grinding oil Emulsion ECHNICA INFORMAION

K14 ECHNICA INFORMAION BASICS OF CARBIDE GRINDING Dressing of the grinding wheel he surface of the grinding wheel is smooth and closed he surface of the grinding wheel is open with exposed abrasive grit, prepared for an effective grinding impact hen dressing the grinding wheels the following has to be considered Hardness and grit types of the dresser and grinding wheel sharpening stick - dressing stick must be approx. 1 to 2 grit sizes finer than the abrasive grit size of the grinding wheel - medium grit is good for resin-bonded grinding wheels - for metal bonds the same grit size or 1 x class coarser than the grinding wheel - ceramic bonds generally do not require wheel dressing BASICS OF CARBIDE GRINDING grit tail (the bond supports the grit) he passageways connect the tail of the diamond abrasive and assist in coolant transportation and chip evacuation. Rotation speed of the grinding wheel during the dressing process Material of the dressing stick (SiC, AI2O3) Procedure - dressing and sharpening of the grinding wheel, he surface of the grinding wheel is smooth and closed. - sharpening of the rim he grinding wheel surface is open with exposed abrasive diamond grit, prepared for an effective grinding impact. Verification method of the grinding wheel s sharpness after dressing ECHNICA INFORMAION How to establish if grinding wheel is correctly dressed Diamond grit loss Exposed diamond grit (free cutting)

ECHNICA INFORMAION PCD SA IPS CDIA2 K15 Special properties of CDIA2 CERAIZI has launched an absolute highlight on the market: the saw tip CDIA2. It is characterised by an extremely innovative layer structure and a self-sharpening tip. On MDF particle boards, CDIA2 achieves a cutting performance of 25 kilometres, surpassing that of conventional saw tips many times over and providing excellent surface quality on the work piece. ool materials performance comparison ear resistance Mono-diamond CVD diamond PCBN PCD Oxide ceramics Nitride ceramics Fine grain PCD CDIA2 Coated carbide C based carbides Resistance to chipping Innovative coating structure Ultrafine grade High-speed steel Machinability PCD SA IPS CDIA2 ECHNICA INFORMAION New ductile coating Excellent chipping resistance Extra-thin PCD layer Improved machinability Carbide Machinability on standard machines No process change required for a majority of users Brazing and grinding possible on conventional machinery No new investment needed No complicated training/learning curve Machining information available upon request