Short Catalog. 11th Edition

Transcription

1 Short Catalog th Edition

2 Turnkey Solutions PL Handling Quality Control Cleaning

3 PLATIT's turnkey systems include all necessary peripheral equipment and technologies for: surface pretreatment by polishing, brushing and/or micro blasting, one-chamber vacuum cleaning with "start-and-forget" operation, stripping of coatings from HSS and carbides, handling for loading and unloading of substrates and cathodes, and quality control systems according to ISO 900. Coating Pre- and Post- Treatment Stripping 3

4 PLATIT General Information The Start-Up hardcoating unit Based on PLATIT LARC + technology ( LAteral Rotating Cathodes) DLC option Hard Coatings Main standard coatings: TiN,, Selected e.g. 3 Triple Coatings 3 Hardware Usable plasma volume: ø355 x H460 mm Max. load: 00 kg Optimal cycle time for shank tools ( µm): ø0 x 70 mm, 88 pcs: 4 h 4 (up to 5) batches / day GD PLATIT General Information PL Workhorse of job coating centers High capacity hardcoating unit Based on PLATIT planar ARC technology DLC option Hard Coatings Main standard coatings: TiN, -grey, -G Selected Triple Coatings 3 e.g. AlTi 3 Hardware Usable plasma volume: Ø700-H700 mm Max. load: 400 kg 4 planar cathodes with quick-exchange system Cycle time: 6-8 hours 3 (up to 4) batches / day GD 4 See all standard coatings on pages 9 to

5 PLATIT General Information The most flexible coating unit 4 cathodes can run simultaneously uses 3 LARC cathodes only DLC and OXI options CERC : CEntral Rotating Cathode as a booster SCiL : Sputtered Coating induced by LGD LACS : Lateral ARC and Central Sputtering simultaneously Hard Coatings Hardware PLATIT General Information High capacity hardcoating unit Based on PLATIT rotating (LARC -XL) and planar-cathodic-arc technology 5 cathodes can run simultaneously Hard Coatings Main standard coatings: Al, AlTi,, Triple Coatings 3, Coatings 4 Usable plasma volume: ø500 x H460 mm Max. load: 00 kg Optimal cycle time for shank tools ( µm): ø0 x 70 mm, 504 pcs: 4 h 5 (up to 6) batches / day Main standard coatings: Al, AlCrTiN, Triple Coatings 3, Coatings GD Hardware Usable plasma volume: ø700 x H700 mm Max. load: 400 kg Cycle time for molds and dies (4 µm): 8 h 3 batches / day GD See all standard coatings on pages 9 to 5

6 Dedicated Coating Units 3 for hard DLC coatings predecessor of PL00 for saw blades PL40 for broaches p603 for saw bands 6

7 Double Shuttering Target cleaning before coating TUBE SHUTTER is closed to protect the substrates from dust of the previous process ARC is burning towards the back VIRTUAL SHUTTER is on ARC works as getter pump and substantially improves vacuum Target is cleaned before deposition without contaminating the substrates Deposition (coating) TUBE SHUTTER is open ARC is burning towards the substrates VIRTUAL SHUTTER is off Smooth deposition with clean target Advantages of the double shutters Adhesion layer is always deposited with clean targets Shuttering of all cathode types possible Simple handling, setting and maintenance of the shields and ceramic insulators Higher ARC current -> higher deposition rate possible (~+0-30%) GD LARC Glow Discharge GD is a new patented method, that only works with the LARC cathodes in combination with and 4 GD generates a highly efficient argon etching for special substrates with difficult surfaces (e.g. hobs, mold and dies) The electron stream between the cathodes (or 3) and creates high ion density plasma, which "cleans" even surfaces of complicated substrates 3 Pulsing of LGD source ensures high LGD-process stability and suppresses micro-arcs (hard-arcs) generation. 7

8 Generations of Coatings Microstructures st Generation CT=.84µm Monoblock Structure without Adhesion Layer The monoblock structure without adhesion layer can be produced by the fastest, most economical process. All targets are made of the same material and run during the whole deposition process. nd Generation Monoblock Gradient (G) Conventional Structures with Adhesion Layer Multilayer (ML) Period > 0 nm Nanolayer (NL) Period < 0 nm Nanocomposite (NC) CT=.9µm Especially at high aluminum content, monoblock coatings should be started with an adhesion layer (e.g. TiN or ). rd 3 Generation: CT=.5µm In gradient structures the ratio of hard components (e.g. cubic AlN) is continuously increased to obtain the highest hardness on the top of the coating. CT=.5µm Multilayer structures have higher toughness at lower hardness than comparable monoblock coatings. The "sandwich" structure absorbs the cracks by the sublayers. th 4 Generation: 5 nm Nanolayer is the At depositing conventional structure for the so called Nanocoatings. It is a finer version of multilayers with a period of < 0 nm. Nanocomposites the hard nanocrystalline grains (TiAlN or Al) become embedded in an amorphous SiNmatrix. Triple Coatings 3 Coatings 4 Nanocomposite top layer Nanocomposite top layer 8 CT=.7µm Monoblock or gradient core layer Adhesion layer CT=.3µm Multilayer core layer Gradient core layer Adhesion layer

9 Standard Coatings The "parent" coatings determine the application fields of all "children" coatings in the same row. The "children" coatings specify PLATIT's x standard coatings, which can be deposited by the machine of the columns. The exponent x (coating ) describes the generation of the coating Nitride TiN -grey TiAlN CrTiN Al AlTi AlCrTiN Oxi-Nitride X DLC VIc cvic CROMVIc SCiL TiN-SCiL -SCiL TiB-SCiL LACS BorAC BorAT TiN -grey TiAlN -ML CrTiN -ML 3 Al -NL 3 AlTi 3 VIc : DLC cvic : +CBC CROMVIc : +DLC : CrTiN +DLC : +DLC TiN -grey TiAlN -ML CrTiN -ML 3 3 Al -NL Al + 3 AlTi 4 ALL VIc : DLC cvic : +CBC CROMVIc : +DLC : CrTiN +DLC : +DLC TiN -grey TiAlN -ML CrTiN -ML 3 3 Al -NL Al AlTi AlTi AlCrTiN =ALL ALL X VIc : DLC cvic : +CBC CROMVIc : +DLC : CrTiN +DLC : +DLC TiN -SCiL -SCiL TiB-SCiL BorAC : Al/BN-LACS BorAT : /BN-LACS TiCC -SCiL Nitride TiN -grey TiAlN CrTiN Al AlTi AlCrTiN Oxi-Nitride X DLC VIc cvic CROMVIc TiN -grey TiAlN -ML CrTiN -ML Al 3 AlTi cvic : +CBC CROMVIc : +DLC : CrTiN +DLC PL TiN -grey CrTiN Al -NL 4 AlTi AlCrTiN = ALL X 4 4 9

10 Coating Properties Nitrides OXI DLC SCiL LACS X TiN * -grey * TiAlN * CrTiN * * Al AlTi ALL 4 =AlCrTiN Vic * cvic * CROMVIc * * TiN-SCiL -SCiL TiB-SCiL BorAC : Al/BN BorAT : /BN Main Coatings of the Coatings Options Machines DLC TURBO OXI SCiL PL Conventional Coatings TiN,,, CrTiN,,, Al cvic, CROMVIc, TiN,,, CrTiN,,, Al TiN, TiB gold violet violet-black black grey Color metal-silver metal-silver / gold white-gold blue-grey blue-grey blue-grey violet-blue blue-grey copper black grey grey grey grey gold violet light grey blue grey violet-black Options B B B Nanocomposite Coatings,, Nanohardness up to [GPa] (>50) 6 - (>50) 0 - (>50) Thickness [µm] Friction- (fretting) coefficient Max. usage temperature [ C] Triple Coatings 3 Coatings Al,, 4 ALL, AlTi 3 4 3, 3, 4, 4, Al,,, AlTi, AlTi AlCrTiN =ALL +Tribo TiCC X 4 0 LACS -LACS, Al-LACS BorAC =Al/BN BorAT =/BN

11 Main Application Fields Cutting Forming Machine Component TiN * universal use molds and dies universal use, also for decorative purposes -grey * tapping, milling for HSS and HM with coolant molds and dies, punching 3 TiAlN drilling and universal use, also for weak machines * CrTiN * milling, hobbing, high performance machining, also dry cutting wood, light metals like copper, and Al alloys with low Si cutting and forming high alloyed materials with HSS tools molds and dies molds and dies with higher hardness, extrusion tool holders, corrosion prot., medical tools * machining aluminum, magnesium, titanium alloys for decorative purposes 8 Al dry milling, hobbing, sawing fine blanking, punching 9 0 AlTi 4 ALL = AlCrTiN universal; wet and dry cutting universal, cutting of abrasive materials turning, hard machining on stable machine, drilling, reaming, grooving tough wet cutting of difficult materials (superalloys), micro tools molds and dies, stamping, deep drawing, bending, fine punching molds and dies, forging, fine blanking friction welding, extrusion, die casting 3 for superhard cutting X VIc * cvic * CROMVIc * * HSC dry turning and milling cutting light metals, wood, composites and graphite with carbide tools aluminum machining to avoid built-up edges cutting wood, light metals like copper/ Al alloys with low Si, also for MQL cutting high alloyed materials with HSS tools also with MQL punches and forming tools from carbide molds and dies, punches for lower friction universal use for forming with lower friction molds and dies with lower friction for components with highly abrasive load wear components from carbide wear components from non-carbide car parts, blisks, sawing parts, copper parts car parts, blisks, sewing parts 9 tapping of high alloyed materials and titanium molds and dies, punching 0 TiN-SCiL tapping, thread forming, gun drilling, reaming TiCC TiB tapping, thread forming, gun drilling, reaming with MQL cutting light metals, especially aluminum with low Si 3 4 BorAC BorAT dry milling, hobbing, sawing drilling, dry cutting fine blanking, punching *LT: Low temperature processes possible. VIc : DLC (Diamond Like Coating) Nanocomposite coatings: : TiAlN/SiN : CrAlN/SiN : TiN/SiN SCiL : Sputtered Coatings induced by LARC-GD The given physical values may vary at different coating structures (gradient, mono-, multi- and nanolayers). The main application fields of the coating components: Ti: general component, for wet machining, drilling, turning C: for forming and cutting of sticky materials at low temperature, for machine components as DLC Al: for universal use, for abrasive materials, for dry machining Cr: for abrasive and high alloyed materials, also at dry machining, for wood Si: general and hard machining as Nanocomposites for rigid machines, for finishing O: for high temperature machining, for turning, milling

12 Coating Guide Coating Usage Recommendations Cutting Chipless Forming Turning Milling - Hobbing Gear Cutting Sawing Drilling Reaming Broaching Tapping Injection molding Stamping Punching Forming Deep Drawing Extrusion Steels unalloyed < 000 N/mm ALL 4 AlTi CrTiN Al AlTi (+CrCN) Steels unalloyed > 000 N/mm Steels hardened < 55 HRC Steels hardened > 55 HRC Stainless steel ALL 4 ALL 4 AlTi ALL 4 ALL 4 (+CrCN) Al ALL 4 Al ALL 4 Al ALL 4 (+CrCN) AlTi (+CrCN) ALL 4 (+CrCN) X 4 Superalloys Nibased Superalloys Tibased Cast iron X 4 ALL 4 X 4 AlTi ALL 4 ALL 4 AlTi Aluminum Si > % Aluminum Si < % Copper TiB CROMVIc 3 TiB CROMVIc 3 TiB CROMVIc 3 TiB CROMVIc 3 TiB CROMVIc 3 Al TiB CROMVIc 3 TiB CROMVIc 3 Bronze, Brass, Plastic Graphite CROMVIc 3 CROMVIc 3 CROMVIc 3 CROMVIc Carbon-fibre composites Wood CROMVIc 3 CROMVIc 3 CROMTiVic CROMVIc 3 CROMTiVic CROMVIc 3 CROMTiVic Primary Recommendation: If available, use this coating for the application. coating A coating B Alternate Recommendation: Use this coating when the primary recommendation is not available. Thickness and structure can and should be different according to the different application processes even for the same coating. x The exponent x (coating ) is defined by the machine, which coating generation the machine can deposit.

13 Conventional Applications Solid Carbide Drills Tool Life Comparison tool life [m] uncoated reground 8 new coated tool reground+recoated Drilling Rotating Stamping TiN TiAlN 0.8 Work piece: wheel hub, Material: 38MnV35, R m=800 N/mm, Ext. coolant: emulsion 7%, carbide K40UF, d=.6 mm, a p=3.5 mm, v c=78 m/min, f=0.5 mm/rev. - Source: Daimler, Germany Productivity Improvement with Higher Speed and Feed TiAlN % 00 40% 0% 00% % 60% 40% 0% 0% v c [m/min] L m [holes].56 t c/hole [sec] 346 machine+tools f [mm/rev] productivity v f [mm/min] costs/tool use [ ] Work piece material: GGG40 a p=60 mm Solid carbide step drill: d=7./ mm Internal cooling with 70 bar - 5 % emulsion Source: Sauer Danfoss, Steerings, Denmark Tool Life Comparison tool life [work pieces] 800' ' ' ' ' '000 00'000 00'000 0 Average 94'948 pieces different market coatings Source; GFE, Schmalkalden, Germany Fa. Thyssen Krupp Presta Ilsenburg, Germany 3

14 DLC-Coatings Cubic structure of diamond rd PLATIT's 3 generation st PLATIT's generation 3 sp 3 DLC DLC nd PLATIT's generation µm Si & C H based multilayer; PECVD at <00 C CROMVIc 3 µm C H based gradient layer (PECVD) at<50 C CBC Hexagonal structure of graphite sp H 3 DLC structure; sp + sp 300 nm based adhesion layer; PVD at <0 C Comparison of the Most Important Features of PLATIT's DLC-coatings st generation nd generation rd 3 generation Name DLC (CBC) - X-VIc DLC - X-VIc 3 3 DLC - X-VIc Availability Basis coating + DLC Recommended as top coating Basis coating + DLC 3 Basis coating + DLC for non-carbide Also without basis coating for carbide Most common coatings cvic VIc, cvic, CROMVIc,, VIc, cvic, CROMVIc Coating process Deposition temperature Composition Heat resistance Internal stress Typical thickness Electrical conductivity Hardness Roughness Friction coefficient to steel Wear resistance Main application goal PVD C a-c:h:me - Metal doped DLC < 400 C medium up to 3 µm good up to 0 GPa Ra~0.µm - Rz~coating thickness Ra~0.03µm - Rz~coating thickness Ra~0.0µm - Rz~coating thickness µ~0.5 Wear through after a short time Improvement of tool's run-in behavior Lubrication by forming transfer films PVD+PECVD C PVD, filtered ARC < 00 C a-c:h:si - Silicon doped metal free DLC ta-c - Hydrogen-free DLC < 450 C < 450 C lower due to Si high up to 3 µm up to µm none up to 5 GPa none > 50 GPa µ~0. µ~0. Wear through after long time Reducing friction for machine components Wear through after extra long time Cutting light metals, composites and graphite

15 Application with DLC Coatings Coefficient of Friction at 400 C: : µ=0. ± Friction Coefficient µ Sliding Distance [m] Pin on disc wear test with Ti pin grade 5 - r= 0.00 [mm] - Normal load :.00 [N] - Lin. Speed : 6.67 [cm/s] - Acquisition rate :.0 [Hz] - Rel. humidity: 0% DLC Thickness Distribution on Valve Shanks for Racing Cars One of the most important applications is the DLC-coating of valves for the racing and normal road cars, trucks and bikes. Pos :.5 mm Pos : 0 mm Pos 3: 0 mm Pos 4: 30 mm Pos 5: 38 mm Pos 6: 50 mm Pos 7: 60 mm Pos 8: 64 mm Tip Film thickness [µm] 6 Thickness distribution Distance from top [mm] Micro Drilling in Titanium Tool Life Comparison pieces 00 µm Number of holes MOVIC DLC spec max holes tested tools [pieces] out of tolerance [pieces] 5

16 Triple Coatings 3 Cathode Configurations 3 CrTiN : For Forming CrTiN - Cr/TiN-NL - or TiN All machines: : Ti : Al 3: Cr 4: none 5: none : : Ti : Al 3: Cr 4: Ti/Cr 5: Ti/Cr 3 : For Universal Use TiN - -G - -NL All machines: : Ti : Al 3: Cr 4: none 5: none : : Ti : Al 3: Cr 4: AlTi 33 5: AlTi33 3 Al : For Dry Cutting Abrasive Materials - Al/-NL - Al : : Al : Cr : : none : Al 3: Cr - : : none : Al 3: Cr 4: AlCr 30 : : Ti : Al 3: Cr 4: AlCr 5: AlCr Al +: Al doped by Titan: TiN - - Al/-NL Triple Coatings : : Ti : Al 3: Cr 4: AlTi 33 3 AlTi : For Dry and Wet Cutting Ti(Cr)N - Al/ NL - AlTi : : AlCr 30 : Ti : : Ti : Al 3: Cr - : : Ti : Al 3: Cr 4: none 3 : For Universal Use, Turning, Drilling TiN - - : : Ti : AlSi 8 3: Al - : : Ti : AlSi 8 3: none 4: AlTi33 3 : For Superalloys, Milling, Hobbing - AlTi-ML - : : none : AlSi 8 3: Cr 4: AlTi33 : : Ti : AlSi 8 3: Cr 4: AlTi33 3 : For Superhard Machining, Milling, Drilling TiN - - TiSiN : : Al : TiSi 0 : : Ti : Al 3: TiSi 0 : : Ti : none 3: TiSi 0 4: AlTi33 : : Ti : Al 3: TiSi 0 4: AlTi33

17 Applications with Triple Coatings 3 Increasing Tool life at Turning with Triple Coatings 3 The multilayer (triple) coating structure cushions breakouts and enables a dependable service Fine Blanking work pieces [production rate] 0 0 Al based market coating AlCrTiN 3 Material: high-alloyed steel with reduced Ni-content v c= 63 m/min f=0. mm/rev Coolant: MMS Source: Daimler AG, Stuttgart, Germany Comparative Analysis (SEM) after 30'000 Strokes Coating detached, maintenance urgently needed. Standard-Al Element requires preventive maintenance. Dedicated TripleCoating 3 based on Al 3 Element can continue in service. Source: Feintool, Lyss, Switzerland Hobbing Tool Life Comparison 6000 tool life [work pieces] TiAlN Al AlTi Average Tool number Scatter Work piece material: 34iMo6 (.658) v c=45m/min, f n=0. mm/rev, RPM=500 Coolant with oil - Source: Unimerco, Sund, DK 7

18 Coatings 4 Cathode Configurations 4 4 ALL : AlCrTiN : For Wet and Dry Machining CrTiN - AlCrTiN-G - Al/ Multilayer - AlCrTiN - (CrCN optional) : : Ti : Al 3: Cr 4: AlCr 30 : : Ti : Al 3: Cr 4: AlCr 5: AlCr ALL : Dedicated for Big Hobs CrTiN - AlCrTiN-G - Al/ Multilayer - AlCrTiN - (CrCN optional) : : CrTi 5 : Al 3: Cr 4: none : : CrTi 5 : Al 3: Cr 4: none 4 AlTi : For Tapping and Forming CrTiN - AlTi-G - Al/ Multilayer - AlTi - (CrCN optional) : : Ti : Al 3: Cr 4: AlCr 30 : : Ti : Al 3: Cr 4: AlCr 5:AlCr : For Universal Use, Turning, Drilling TiN - -G - -NL - : : Ti : Al 3: AlSi 8 4: AlTi33 : : Ti : Al 3: TiSi 0 4: AlTi 33 5: AlTi33 4 : For Superalloys, Milling, Hobbing - Al-G - Al-NL - : : AlSi : Al 3: Cr ( ) : : AlSi : Al 3: Cr 4: none ( ) : : Cr : AlSi 8 3: Cr 4: AlCr 30 : : none : AlSi 8 3: Cr 4: AlCr 30 5: AlCr 30 4 : For Superhard Machining TiN - -G - natcro-ml - TiSiN : : Ti : Al 3: TiSi 0 4: AlCr30 : : Ti : Al 3: TiSi 0 4: AlTi 33 5: AlTi X : For HSC Dry Turning and Milling TiN AlCrON - : : Ti : AlSi 8 3: AlCr 45 4: AlTi33 : : Ti : AlSi 8 3: AlCr 45 4: AlTi 33 5: AlTi33

19 Applications with Coatings 4 4 Wear Comparison at Milling with QuadCoatings OXI-Option: Oxide Quad-Coatings versus CVD at Turning of High Alloyed Steel SME can more than compete with CVD using their own, thick PVD-OXI-coatings! Cutting time [sec] ~35 cycles ~6 cycles Inserts: WNMG v c=0 m/min f=0.4mm Cutting length/cycle: 6.4m Material Ni-steel R m=60 N/mm Coolant: MQS Source: Daimler AG, Stuttgart, Germany Drilling in High Strength Steel with 4 Generations of Coatings Wear VB [µm] VB [µm] Tool life [m] milling time: t c [min] Tools: Solid carbide end mills d=8 mm z=4 - a p=5 mm a=3.5 mm v c=0 m/min f=0.4 mm/rev Work piece material: DIN.085 X33CrS6 R =000 N/mm 6.3 HRC External minimum lubrication 4 X PVD 3 µm 3.7 Al market coating Work piece material: X55CrVMo R m=50 N/mm Coolant emulsion 7% Tool: solid carbide drill: Ø 6.8 mm; Edge preparation: 50 µm Coating thickness: 3 µm v =70 m/min f=0.6mm/rev a =5 mm Tested at GFE, Schmalkalden, Germany c CVD m TiAlSiN market coating X 4 PVD 6 µm p + 77% Cutting Time Al Marktschicht Al+ Marktschicht AlCrSiN Marktschicht 3 ALL 4 = AlCrTiN 4 4 X PVD 9.5 µm

20 Equipment Layout In-House Coating Center Stripping Cathode table Chillers Dry micro blast unit Shield blast unit shelf work table 9.70 Carousel and cathode lift Cleaning unit table Cooling box Wet micro blast unit inlet shelf outlet shelf Quality control Source: PV-Tech, Pforzheim, Germany

21 Specifications PL Name Description Dimension WxDxHxRH [mm] Weight [kg] Power supply [V / Hz] Electrical connection [kva] Coating unit 488 x 8 x 3354 x x400 / N, Ar, CH, He Coating unit 3880 x 950 x 0 x x400 / N, Ar, C H, He C5/00 Chiller / PL 000 x 000 x x400 / Coating unit 730 x 776 x 5 x x400 / N, Ar, C H, He C4 Chiller for 000 x 000 x x400 / Coating unit 88 x 85 x 3 x x400 / N, Ar, C H, He C Chiller for 000 x 000 x x400 / MET6 CNC brushing unit 885 x 75 x x400 / DF4 Drag finish unit 50 x 970 x x400 / N Dry sand blasting unit 50 x 45 x / TR0 Dry micro blast unit 00 x 450 x x400 / C-II Wet micro blast unit 00 x 050 x x400 / ST-40 Stripping unit 65 x 85 x / CT-40 Stripping unit 80 x 80 x x400 / V Cleaning unit 60 x 40 x x400 / N V3 Cleaning unit 800 x 650 x x400 / N V4 Cleaning unit 3700 x 0 x x400 / N V5 Cleaning unit 400 x 800 x x400 / N PQCS Microscope + PC 500 x 650 x / CB380 Cooling box 40 x 990 x x400 / CB4 Cooling box 00 x 34 x / FL380 Fork lift 84 x 330 x / DE4 Outgas oven 950 x 500 x x400 / Ar, He The above data are approximate values only. For detailed data see PLATIT's periphery handbook. Fuse [A] Water [bar] Air [bar] Gas In - House coating center of eft-pannon, Budaors, Hungary

22 Cost Comparison and Payback Calculation Capacity (#Tools) / Day Number of Tools / Batch / Day PL Considered costs: Fix costs: loan (credit) costs labour costs social costs room rental costs depreciation Variable costs: energy costs target costs gas costs cleaning costs stripping costs The costs are calculated for typical mixed tools, like drills, end mills, inserts and hobs with the sizes Ø3-0mm L46-00mm (see pages 40-4) Dedicated Excel calculation is available by request. Total Costs / Batch Variable Costs (on top) & Fixed Costs (bottom) [CHF] PL Revenue & Profit / Tool Revenue (left) & Profit (right) / Tool [CHF] 3.0 PL Profit / Investment 300% 00% 00% 0% PL Break-Even / Earning Level -00% 0 Years 3 4 5

23 Cathode Exchange Centers Customer with PLATIT equipment 80 p,,,,,,,,, &. Customer requests for a refurbished cathode to CEC by or fax. CEC dispatches cathode within 4 hours from stock 3. Customer ships used cathode back to CEC within 8 days PLATIT's Cathode Exchange Centers (CEC): Sumperk, Czech Republic (EU) Selzach, Switzerland Libertyville, IL, USA Seoul, South Korea Curitiba, Brazil Shanghai, China Tokyo, Japan Moscow, Russia CEC-System= Lifetime = Warranty for Lifetime Cathodes CERC Cathode Stock of cathodes: LARC : Ti Al AlSi 06 AlSi AlSi 8 CERC : AlTi 33 AlCr 30 Cr Zr TiAl 50 AlTi 33 AlCr 30 AlCr 45 TiSi 0 CrTi 5 LARC Cathodes Type of cathodes depending on the machines types: p80 / / : short e.g. Ti-short / : long e.g. Ti-long / : plus e.g. Ti-plus SCiL -Cathodes: Ti-SCiL B -SCiL x TiAl50-SCiL TiB -SCiL AlCr30-SCiL 3

24 Advanced Coating Systems S W I S S Q U A L I T Y SWITZERLAND PLATIT AG Production Riaz Rue de l'industrie CH-63 Riaz Phone: +4 (6) riaz@platit.com SOUTH KOREA PLATIT Support Center F Geumyoung B/D 36, 50 Beon-Gil Youngtong-Ro Suwon-city Gyeongi-do South Korea Phone: +8 (3) korea@platit.com BRAZIL ThermoConsult Latina Sales Agent Rua XV de Abril, 75 - Centro Rio do Sul Santa Catarina Phone: brazil@platit.com ITALY PLATIT Representative Via Serra Groppelli Robbiate (Lecco) Phone: +4 (3) italy@platit.com RUSSIA Technolada - Sales agent Zastavskaya Street, 33, Letter G, Office 46 RU Sankt Petersburg Phone: russia@platit.com PLATIT AG Advanced Coating Systems Eichholz St. 9 CH-545 Selzach / SO Switzerland Phone: +4 (3) info@platit.com U.S.A. PLATIT, Inc. Advanced Coating Systems 840 Industrial Drive, Suite 0 Libertyville, IL Phone: + (847) usa@platit.com SCANDINAVIA PLATIT Scandinavia ApS Universitetsparken 7 / PO Box 30 DK-4000 Roskilde Phone: scandinavia@platit.com GERMANY AR Industrievertretungen PLATIT Representative Lautlinger Weg 5 / Postfach D Stuttgart Phone: +49 (7) germany@platit.com JAPAN YKT CORPORATION PLATIT Representative 5-7-5, Yoyogi Shibuya-Ku Tokyo , Japan Phone: japan@platit.com RUSSIA Technopolice - Sales Agent Dm. Ulyanova Str. 4, bld. RU-78, Moscow Phone: +7 (499) 57 99, ru@platit.com PLATIT a.s. Advanced Coating Systems Prumyslova 3 CZ-7870 Sumperk Czech Republic Phone: +40 (583) platit@platit.eu CHINA PLATIT Advanced Coating Systems No.6 Rijing Road, Waigaoqiao FTZ, Pudong, Shanghai, 003 China Phone: shanghai@platit.com CZECH REPUBLIC LISS a.s. LISS Coating Center Dopravni 603 CZ-7566 Roznov p. R. Phone: +40 (57) liss@platit.com INDIA Labindia Pvt. Ltd. Sales Agent 0, Nand Chambers LBS Marg, Near Vandana Cinema Thane West Phone: india@platit.com MEXICO Presotec S.A. - Sales Agent Av. Del Parque #6 Regio Parque Industrial 66600, Cd. Apodaca, N.L. Mexico Phone: +5 (8) mexico@platit.com SINGAPORE PLATIT Service 5 Ubi Ave, #05-08 Paya Ubi Industrial Park Singapore Phone: singapore@platit.com TAIWAN CORREMAX Int. Co., Ltd. Sales agent 4G09, No. 5, Sec. 5, Hsinyi Road Taipei City, 0 Taiwan, R.O.C. Phone: taiwan@platit.com THAILAND Best Lube Co., Ltd. Sales agent 69 Ratchadapisek 36 Rd. Chankasem, Jatujak, Bangkok, 0900 Phone: to 8 thailand@platit.com TURKEY ERDE Dis Ticaret Ltd. Sti Sales agent Egitim Mah.Kasap Ismail Sk. Nr.:6 D:4 TR- 347 Hasanpasa - Kadikoy / Istanbul Phone: turkey@platit.com Design: Editor: Dr. Tibor Cselle 07 PLATIT AG. All rights reserved. Specifications subject to change. All signed trademarks are registered by PLATIT. Several technologies described herein are protected by international patents. SEV Available through website UNITED KINGDOM Advanced Grinding Solutions Ltd PLATIT Representative Units & 7 Steeple House, Percy Street Coventry CV 3BY Phone: uk@platit.com