SECTION 2. Material Data Sheets. Ciria div. of Thermal Ceramics Italiana srl

Transcription

1 Ciria div. of Thermal Ceramics Italiana srl SECTION 2 Material Data Sheets STEAM REFORMER LURGI POLAND UNIT HYDROGEN GENERATION UNIT II P.O CIRIA JOB 1010 VENDOR DATA BOOK

2 Steam Reformer 0270-F101 Refractory Lining GL Order No.: Client: Grupa LOTOS S.A. Object: Unit Hydrogen Generation Unit II. Discipline: Project Management Title: Material Data Sheets This document is the property of Lurgi S.A. Coping and giving it to other are forbidden without express written authority by Lurgi S.A. R.Z. 16/09/08 S.C. R.C. 16/09/08 AFD Name Date Name Name Date Status APPROVED FOR DESIGN Prepared Checked Approved Remark, kind of revision Project Name Unit Hydrogen Generation Unit II GL S.A. Project No Document No Sheet / of 1/18 Revision Arch. No. Area Sub-area Contract No.: Document No Sheet Sheets Revision SP

3 Blok 607 TM FEATURES Water repellent throughout Resistant to thermal shock Low thermal conductivity Precise geometry and close tolerances Homogeneous structure, easy for machining Non-brittle High fibre content Lightweight, low heat storage Easy to install DESCRIPTION Blok 607 TM sheets are made from Superwool 607* fibres, mineral fibres and a small amount of organic binder. Thanks to the high fibre content, Blok 607 sheets are strong, lightweight and thermal shock resistant. All grades of Blok 607 are water repellent throughout to prevent absorption of water or concrete binders. Thicknesses over 50mm are obtained by bonding together two thinner sheets. TYPE Block for back up insulation. MAXIMUM CONTINUOUS USE TEMPERATURE Blok 607 TM - 800: 800 C Blok 607 TM : 1000 C Blok 607 TM : 1100 C The maximum continuous use temperature is indicative and depends on the application. In case of doubt, refer to your local Thermal Ceramics distributor for advice. *Superwool 607 is a high temperature insulation wool which has been developed to have a low biopersistence (information on request). This product may be covered by one or more of the following patents or foreign equivalent: US , US , US , US , US , US , US , US , EP , GB A list of foreign patent numbers is available upon request to The Morgan Crucible Company plc. Thermal Ceramics, Superwool and 607 are trademarks of The Morgan Crucible Company plc. THE QUEEN S AWARDS FOR ENTERPRISE

4 Blok 607 TM MAIN PROPERTIES Maximum continuous use temperature Blok Blok Blok C Properties Measured at Ambient Conditions (23 C/50% RH) Colour white/tan white/tan white/tan Density kg/m Modulus of rupture MPa Compressive stress MPa (10% reduction in thickness) High Temperature Performance* Loss on ignition % Permanent linear shrinkage (ENV ) after 24 hours isothermal heating at maximum continuous use temperature: % Thermal conductivity (ASTM C-417) at mean temperature of: 200 C W/m.K C W/m.K C W/m.K C W/m.K C W/m.K * Values for thickness 50mm Availability and Packaging Standard size: 1000mm x 600mm. Thicknesses: 25mm, 30mm, 40mm, 50mm, 60mm, 70mm, 80mm, 90mm and 100mm. Thicknesses over 50mm are obtained by bonding together two thinner sheets. Blok 607 is packed on pallets (1225mm x 1020mm), which are protected with cardboard and shrink wrapped with recyclable plastic. Your local contact: Distributed by: The values given herein are typical average values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes. Check with your Thermal Ceramics office to obtain current information. Thermal Ceramics Americas 2102 Old Savannah Road Augusta, Georgia Tel: Fax: tceramics@thermalceramics.com Thermal Ceramics Marketing Offices Thermal Ceramics Asia Pacific 28 Jalan Kilang Barat Kewalram House, Singapore Tel: Fax: thermalceramics@tcasia.com.sg Website: Thermal Ceramics Europe Tebay Road, Bromborough Wirral CH62 3PH UK Tel: +44 (0) Fax: +44 (0) marketing@thermalceramics.co.uk E 8/04

5 Cerablanket TM / Cerachem TM / Cerachrome TM Blanket FEATURES Excellent insulating performance. Unaffected by most chemicals except hydrofluoric and phosphoric acids and strong alkalies. Excellent thermal stability: fibres have good resistance to devitrification. For some applications, it is possible to use Cerachrome Blanket above its classification temperature (shrinkage is 5% at 1500 C). Low heat storage. DESCRIPTION All three grades of blanket have the same excellent chemical stability compared with their raw materials: Cerafibre TM, Cerachem TM Fibre and Cerachrome TM Fibre spun bulk. They have excellent strength before and after heating. They have superior acoustic as well as thermal insulation characteristics. The wide range of available densities and thicknesses allow for the most effective deployment of the superior thermal characteristics in a wide variety of applications. TYPE Refractory fibre blankets CLASSIFICATION TEMPERATURE Cerablanket TM : 1260 C Cerachem TM Blanket: 1425 C Cerachrome TM Blanket: 1425 C The maximum use temperature depends on the application. In case of doubt, refer to your local Thermal Ceramics distributor for advice. The combination of long spun fibres and the needling operation produce tough, resilient and strong blankets, which resist tearing both before and after heating. Resistance to thermal shock. Good sound absorption. APPLICATIONS Furnace and kiln linings Boiler insulations Heat treatment temperature control Glass furnace crown insulation Furnace door seals Duct linings Pipe insulations Thermal barriers for automotive industry Insulation for field stress relieving of welds High temperature filter media Nuclear insulation applications Steam and gas turbines insulation 4

6 Cerablanket TM / Cerachem TM / Cerachrome TM Blanket MAIN PROPERTIES Cerablanket TM Cerachem TM Blanket Cerachrome TM Blanket Classification temperature C P roperties Measured at Ambient Conditions (23 C/50% RH) Colour white white blue/green Density (ENV ) kg/m 3 64 up to 160 (4 densities available) Tensile strength (ENV ) 64kg/m 3 kpa kg/m 3 kpa kg/m 3 kpa kg/m 3 kpa High Te m p e r a t u re Performance Permanent linear shrinkage (EN ) after 24 hours isothermal heating at: 1000 C % C % C % C % C % C % Thermal Conductivity at mean temperature of (all 3 grades): 64kg/m 3 96kg/m 3 128kg/m 3 160kg/m C W/m.K C W/m.K C W/m.K C W/m.K C W/m.K Specific heat at 1090 C (All 3 grades) kj/kg.k 1.13 Chemical composition Al 2 O 3 % SiO 2 % Cr 2 O 3 % ZrO 2 % Fe 2 O 3 + TiO 2 % CaO + MgO % Na 2 O + K 2 O % Availability and Packaging Blankets are packed in cartons, on pallets wrapped in stretchable film. Cerachrome TM Thick Cerablanket TM Cerachem TM Blanket Blanket Length Width mm mm mm m 2 /Carton x X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X Marks ( ) and width 1220mm upon request (subject to minimum order requirements). Your local contact: Distributed by: The values given herein are typical values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes. Check with your Thermal Ceramics office to obtain current information. Thermal Ceramics Americas 2102 Old Savannah Road Augusta, Georgia Tel: Fax: tceramics@thermalceramics.com Thermal Ceramics Marketing Offices Thermal Ceramics Asia Pacific 28 Jalan Kilang Barat Kewalram House, Singapore Tel: Fax: thermalceramics@tcasia.com.sg Website: Thermal Ceramics Europe Tebay Road, Bromborough Wirral CH62 3PH UK Tel: +44 (0) Fax: +44 (0) marketing@thermalceramics.co.uk E 11/02 5

7 FIRECLAY MORTARS SCHAMOTTEMÖRTEL MORTARS DATA SHEET MÖRTELS DATENBLATT KDTZ nr2 Grade/ Sorte Unit Einheit ZSZ0 ZSZ1 ZSZ2 ZSZ3 ZSZ4 MtS36 MtS36/h Al 2 O 3 + TiO 2 content after firing * Al 2 O 3 + TiO 2 Gehalt nach Abröstung* % PN-85/H Refractoriness, min. Feuerfestigkeit sp PN-79/H Marking of grain size Markierung der Körnung I II I II III II III II III II - - Graining of main fraction Körnung der Hauptfraktion mm 0-0, , ,5 0-0,5 PN-75/H Kontent of grain: Korngehalt: - < 0,09 mm % - < 0,5 mm % - > 0,5 mm % - > 1,0 mm % - > 2,0 mm % PN-75/H Shelf life* month no limit no limit no limit no limit no limit no limit 3 Lagerfahigkeit* Monate unbegrenzt unbegrenzt unbegrenzt unbegrenzt unbegrenzt unbegrenzt Type of bonding* Art. Der Bindung* ceramic keramische ceramic keramische ceramic keramische ceramic keramische ceram-chem. keram-chem ceramic keramische hydraulic hydraulische Application temp.* Anwendungsgrenztemperatur* o C *- additional parametr / orientierungsparameters Żarów,

8 Medium Weight Insulating Concretes Firelite TM The two charts below summarize Thermal Ceramics range of medium weight insulating concretes. The aim is to aid a quick selection of the appropriate concrete. The chart in the back page provides full details of the product physical properties as determined by our laboratory test results. Type of Firelite Characteristics 2500 LW LW HS LW HS-G G 14 HS Low thermal conductivity X X XX X X X X X Classification temperature C High mechanical resistance X X XX XX X X X XX Low density X X X X X X X X Stability SiO 2 X X X X X X X X Low % CaO X X X X Cast installation X X X X X X Gun installation X X X X X Applications 2500 LW LW HS LW HS-G G 14 HS Lining for every type of petrochemical heat exchanges X X X X Furnace doors and covers X X X Applications where sulphur is present in the fuel used X X X X X X X X Kiln car tops X X X Arches, convection zones and ducts in petrochemical heater X X X X X X X X X = Good XX = Very good 7

9 MAIN PROPERTIES Medium Weight Insulating Concretes Firelite TM Product 2500 LW LW HS LW HS-G G 14 HS Method of application Cast Gun Cast Gun Cast Gun Cast Gun Cast Gun Cast Temperature limit C ASTM-C Class Q, R P, Q Q Q P, Q P P Basic raw material Insulating Insulating Insulating Insulating Insulating Porous Porous Porous Aggregate Aggregate Aggregate Aggregate Aggregate Aggregate Aggregate Aggregate Maximum grain size (mm) Properties Density (kg/m 3 ) As placed Oven dried at 105 C After 5h firing at 815 C Cold crushing strength (MPa)** Oven dried at 105 C After 5hr firing at 815 C C C C C High Temperature Performance Permanent linear change (%) After 5hr firing at 815 C C C C C Thermal Conductivity (W/m.K)* ASTM-C At mean temperature of 200 C C C C C Estimated weight (kg) of dry material required per m 3 of construction (no allowance for waste) Estimated weight (kg) of water required per 100kg dry material Chemical composition Al 2 O SiO Fe 2 O TiO CaO MgO + K 2 O + Na 2 O Ig. Loss Packaging In bags kg 25/50 25/50 25/50 25/50 20/40 25/50 25/50 25/50 * To convert W/m.K to Btu in/ft 2 /h/ F, multiply by 6.93 to kcal/m.h. C, multiply by 0.86 ** To convert MPa to kg/cm 2, multiply by 10.2 Your local contact: Distributed by: The values given herein are typical average values obtained in accordance with accepted internal test methods and are subject to normal manufacturing variations. The G gunning version data are obtained by ramming. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes. Check with your Thermal Ceramics office to obtain current information. Before using these materials, it is strongly recommended that the installer consults Thermal Ceramics manual storage and installation manual copies of which are obtainable from Thermal Ceramics offices or distributors. Thermal Ceramics Americas 2102 Old Savannah Road Augusta, Georgia Tel: Fax: tceramics@thermalceramics.com Thermal Ceramics Marketing Offices Thermal Ceramics Asia Pacific 28 Jalan Kilang Barat Kewalram House, Singapore Tel: Fax: thermalceramics@tcasia.com.sg Website: Thermal Ceramics Europe Tebay Road, Bromborough Wirral CH62 3PH UK Tel: +44 (0) Fax: +44 (0) marketing@thermalceramics.co.uk E 6/04

10 Insulating Firebricks JM DESCRIPTION Thermal Ceramics produces six grades of insulating firebricks with limiting temperatures of use ranging from 1260 C to 1790 C. Each grade is formulated to meet specific thermal and physical requirements. JM Firebricks are made from high-purity refractory clays, with graduated additions of alumina for the higher temperature products, and a carefully graded organic filler, which burns out during manufacture to give a uniform, controlled pore structure. Each brick is machined to precise tolerances on all six faces. Thermal Ceramics also produces a range of mortars to suit the different grades of brick. TYPE Insulating firebricks CLASSIFICATION TEMPERATURES FROM 1260 C up to 1790 C MAXIMUM CONTINUOUS USE TEMPERATURE The maximum continuous use temperature depends on the application. In case of doubt, refer to your local Thermal Ceramics distributor for advice. FEATURES Low thermal conductivity Gives good thermal insulation, enabling the use of thinwalled constructions. Low heat storage Due to their light weight and low thermal conductivity, JM bricks absorb minimal heat, giving significant energy savings in cyclically-operated kilns. Purity The very low iron and alkali flux content confers good refractoriness and the high alumina content contributes to their stability in reducing atmosphere. High hot compressive strength The accurate dimensions Enable the bricks to be laid more quickly, with thin, uniform joints, allowing the construction of strong and stable structures. Large bricks or slabs They are available in sizes 230 x 610 x 64 or 76mm and 250 x 640 x 64mm. These can be machined into special shapes, incurring fewer sections and joints. Purpose-designed packaging Protects the bricks in transit (in cartons containing 4 to 25 item, depending on shape) and facilitates on-site handling. TYPICAL APPLICATIONS Recommended for use as a primary hot face refractory lining or as back-up insulation behind other refractories in furnaces, kilns, flues, refining vessels and heaters, regenerators, gas producers and main, soaking pits, stress relieving furnaces, reactor chambers and similar high temperature industrial equipment. SPECIAL SHAPES In addition to the standard brick sizes, JM insulating firebricks are available in pre-machined special shapes. The blanks for very large shapes are formed by mortaring together two or more JM slabs, the unique large sizes of these slabs ensuring the least number of sections and joints in the finished article. A Thermal Ceramics distributor will be pleased to review your requirements. 9

11 Insulating Firebricks JM MAIN PROPERTIES JM 23 JM 26 JM 28 JM 30 JM 32 Insalcor* ISO 2245 classification L L L L L L IFB classification temperature C Properties Measured at Ambient Conditions (23 C/50% RH) Density (ASTM C ) kg/m Modulus of rupture (ASTM C-93-84) MPa Cold crushing strength (ASTM C-93-84) MPa High Temperature Performance Permanent linear change (ASTM C-210) after 24 hours soaking at temperature: 1230 C % C % C % C % C % Reversible linear thermal expansion (max) % Hot load strength % deformation after 90mins (ASTM C-16) 1100 C at MPa (5psi) % C at MPa (10psi) % C at MPa (10psi) % C at MPa (10psi) % C at MPa (10psi) % Thermal Conductivity (ASTM C-182) at mean temperature of: 400 C W/m.K C W/m.K C W/m.K C W/m.K C W/m.K C W/m.K Specific heat at 1000 C kj/kg.k Chemical composition (tr = trace) Al 2 O 3 % SiO 2 % Fe 2 O 3 % TiO 2 % tr 0.6 CaO % tr tr tr MgO % tr 0.1 tr Na 2 O + K 2 O % Availability and Packaging Insulating firebricks JM are packed in cartons on shrink film wrapped pallets, INSALCOR is supplied on double faced pallets and stabilized. Quantity of bricks per carton L1 x L2 x Thick Your local contact: Distributed by: The values given herein are typical average values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes. Check with your Thermal Ceramics office to obtain current information. *This product is produced in TC Inc. Augusta (GA) USA. Thermal Ceramics Marketing Offices Thermal Ceramics Americas 2102 Old Savannah Road Augusta, Georgia Tel: Fax: tceramics@thermalceramics.com Thermal Ceramics Asia Pacific 28 Jalan Kilang Barat Kewalram House, Singapore Tel: Fax: thermalceramics@tcasia.com.sg Website: 10 Thermal Ceramics Europe Tebay Road, Bromborough Wirral CH62 3PH UK Tel: +44 (0) Fax: +44 (0) marketing@thermalceramics.co.uk E 7/04

12 JM 2600 / BLAKITE TM BLAKITE V / JM 3300 DESCRIPTION Thermal Ceramics refractory mortars are normally supplied as ready-to-use wet blends of finely-ground aggregates and special binders. They develop good strength on air drying, forming strong joints and conferring an almost monolithic structure to the brickwork. TYPE Refractory air-setting mortars. CLASSIFICATION TEMPERATURES JM 2600: 1430 C Blakite TM : 1650 C Blakite V: 1650 C JM 3300: 1760 C MAXIMUM CONTINUOUS USE TEMPERATURE The maximum continuous use temperature depends on the application. In case of doubt, refer to your local Thermal Ceramics distributor for advice. AVAILABLE TYPES JM 2600: This is an air-setting cement developed for use in lowertemperature applications, where a high-strength bond is required. It is recommended for mortaring insulating firebricks for operating temperatures up to 1430 C and can be used for both trowelled and dipped joints. Blakite: This is a highly refractory mortar, dark grey in colour, which has a high water-retention characteristic. It was specially developed for laying insulating firebricks but is also suitable for use with super-duty and high alumina dense refractory bricks, at operating temperatures up to 1650 C. It is supplied in a consistency suitable for shallow patching or trowelling but requires the addition of approximately 5% water for dipping. Blakite is a good choice as a single, general-purpose mortar on projects involving mainly insulating firebricks but also including some dense firebricks. Blakite V: This is the standard product with a harder consistency to be used to glue special refractory shapes and steel plates. JM 3300: A very highly refractory air-setting mortar suitable for laying JM 32 insulating firebricks, and high alumina dense refractory bricks and for operating temperatures up to 1760 C. FEATURES Good workability, ideal plasticity and water retention Low drying and firing shrinkages High refractoriness High bonding strength Good resistance to chemical attack Stability of chemical components APPLICATIONS For laying insulating firebricks, super-duty and high alumina dense refractory bricks Provide resistance to infiltration of air or hot gases Hobby and laboratory kilns Retard penetration of slag and molten metal into the joints 11

13 MAIN PROPERTIES JM 2600 / BLAKITE TM / BLAKITE V / JM 3300 JM 2600 Blakite Blakite V JM 3300 Classification (ASTM C ) Medium duty Super duty Super duty Super duty Temperature limit C (normal oxidizing conditions) Properties Measured at Ambient Conditions (23 C/50% RH) Density (as applied) kg/m Viscosity for guidance mm (Thermal Ceramics method Cylinder Penetration) Modulus of rupture (dried at 100 C) MPa High Temperature Performance* Permanent linear change % when dried Refractoriness (ASTM C-24-84) PCE Chemical Composition AI 2 O 3 % SiO 2 % Fe 2 O 3 % TiO 2 % CaO + MgO % K 2 O + Na 2 O % Quantity Required and Packaging Quantity required to set 1000 bricks* kg n.a. 200 *Amount depends upon thickness of the joint and porosity of the brick. The figure given is for trowelled joint, approx 2mm thick. JM 2600, Blakite, Blakite V and JM 3300 are delivered ready-to-use, in metal drums. Dry JM 2600 and dry Blakite are available on request (subject to special technical requirements). Standard packaging JM2600 Blakite Blakite V JM metal drums of 50kg on pallet X X X 40 metal drums of 20kg on pallet X X Your local contact: Distributed by: The values given herein are typical average values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes. Check with your Thermal Ceramics office to obtain current information. Thermal Ceramics Americas 2102 Old Savannah Road Augusta, Georgia Tel: Fax: tceramics@thermalceramics.com Thermal Ceramics Marketing Offices Thermal Ceramics Asia Pacific 28 Jalan Kilang Barat Kewalram House, Singapore Tel: Fax: thermalceramics@tcasia.com.sg Website: Thermal Ceramics Europe Tebay Road, Bromborough Wirral CH62 3PH UK Tel: +44 (0) Fax: +44 (0) marketing@thermalceramics.co.uk E 3/04

14 Kaowool 1260 Paper MAIN PROPERTIES Classification temperature C 1260 Typical Physical Properties Colour white Density kg/m Melting point (minimum) C 1760 Tensile strength kn/m Thickness measurement pressure kpa 10 DESCRIPTION Kaowool 1260 Paper is manufactured from high purity refractory fibres and designed for high temperature insulation. Advanced production techniques ensure uniform fibre distribution and close control of thickness and density. Kaowool 1260 Paper is produced from Alumina-Silicate fibres with the minimum addition of carefully selected bonds, which burn out cleanly in service. High Temperature Performance Binder content/loss on ignition % 8 Shrinkage (24hrs at 1260 C) % 3.5 Thermal conductivity (BS 1902 Part 6) at mean temperature of: 200 C W/m.K C W/m.K C W/m.K C W/m.K C W/m.K C W/m.K 0.20 TYPE Refractory Ceramic Fibre Paper CLASSIFICATION TEMPERATURE 1260 C The maximum continuous use temperature depends on the application. In case of doubt, refer to your local Thermal Ceramics distributor for advice. ADVANTAGES Good resistance to tearing High flexibility Low shot content Precise thickness Resistant to thermal shock Very low thermal conductivity APPLICATIONS Insulating thermal break Insulating gaskets Expansion joints Parting media Die cut gaskets for domestic appliances Thermal barriers for vehicles (silencers, catalytic exhausts and heat shields) Fire protection 13

15 Kaowool 1260 Paper High Temperature Performance (continued) Indicative heat loss table: Hot Face Insulation Thickness 0.5mm 1.0mm 2.0mm 4.0mm 8.0mm 538 C C C C C C C C Chemical Composition AI 2 O 3 % 47 SiO 2 % 52 Other oxides % 1 Combustibility Alumino-Silicate refractory fibres are non-combustible when tested in accordance with BS 476, Part 4. Availability and Packaging Kaowool 1260 Paper is available in standard roll sizes of 500, 610, 1000 and 1220mm wide. It is available in the following thicknesses and standard lengths. Special roll widths and lengths can also be supplied. Thickness Length (mm) (m) Your local contact: Distributed by: The values given herein are typical values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes. Check with your Thermal Ceramics office to obtain current information. Thermal Ceramics Americas 2102 Old Savannah Road Augusta, Georgia Tel: Fax: tceramics@thermalceramics.com Thermal Ceramics Marketing Offices Thermal Ceramics Asia Pacific 28 Jalan Kilang Barat Kewalram House, Singapore Tel: Fax: thermalceramics@tcasia.com.sg Website: Thermal Ceramics Europe Tebay Road, Bromborough Wirral CH62 3PH UK Tel: +44 (0) Fax: +44 (0) marketing@thermalceramics.co.uk E 2/06

16 FIRECLAY BRICKS TECHNICAL DATA SHEET Nr 22e Grade Unit A25t A30t A35t A40t A44t Chemical analysis Al 2 O 3 Fe 2 O 3 % 30,00 3,00 Bulk density - average - standard deviation g/cm 3 2,09 0,08 Apparent porosity - average - standard deviation - max Cold crushing strength - average - standard deviation - min. % 19,2 2,9 24 N/mm 2 33,6 10, ,0 2,04 0,08 20,4 2, ,5 13, ,6 2,04 0,08 20,4 2, ,3 13, ,0 2,6 2,11 0,09 20,7 2, ,7 15, ,0 2,0 2,13 0,08 20,0 2, ,2 17,3 25 Refractoriness under load, t a - average - standard deviation - min. o C Żarów, dn

17 16

18 TC Super Block MAIN PROPERTIES Density Range: kg/m³ Thermal conductivity at mean temperatures of: Thickness 25mm 30mm 35mm 40mm 50mm 60mm DESCRIPTION TC Super Block is a UNIQUE product designed and fabricated by Thermal Ceramics. This composite material offers extremely high thermal efficiency as back-up for Insulating Fire Bricks or Fibre Module linings. FEATURES Light weight, low heat storage Very low thermal conductivity and heat loss Easy installation APPLICATIONS Temperature Conductivity [W/m.K] 100 C 0,027 0,032 0,031 0,029 0,027 0, C 0,031 0,037 0,035 0,033 0,031 0, C 0,035 0,043 0,040 0,038 0,035 0, C 0,040 0,050 0,047 0,044 0,040 0, C 0,046 0,059 0,054 0,051 0,046 0, C 0,054 0,069 0,064 0,060 0,054 0, C 0,071 0,095 0,086 0,080 0,071 0,065 Due to the particular procedure of application of TC Super Block, for additional information about the products or for any specific request you may need, please contact the unique Thermal Ceramics office authorized to handle this specific product: Thermal Ceramics CIRIA Division Milanofiori Strada 1, Palazzo F Assago (MI), Italy Tel: FAX: ciria@thermal-ceramics.com Back-up insulation on high temperature furnaces MAXIMUM CONTINUOUS USE LIMIT up to 1000 C SIZE AVAILABILITY TC Super Block is available in the following standard dimensions. Panel Size: Thickness range: on request 25mm, 30 mm, 35 mm, Thickness tolerance: +2 mm. 40 mm, 50 mm, 60 mm The values given herein are typical average values obtained in accordance with accepted test methods and are subject to normal manufacturing variations. They are supplied as a technical service and are subject to change without notice. Therefore, the data contained herein should not be used for specification purposes. Check with your Thermal Ceramics office to obtain current information. 17

19 Index of revisions Rev. Prepared Checked Approved Remarks, kind of revisions Name Date Name Name Date Status 0 R.Z. 22/05/08 S.C. R.C. 22/05/08 AFP Issued for approval 1 R.Z. 03/06/08 S.C. R.C. 03/06/08 AFD Approved for design 1 Project Name Unit Hydrogen Generation Unit II Project No Document No Sheet / of 17/17 Revision GL S.A. Arch. No. Unit Sub-unit Contract No. Document No. Sheet Sheets Revision SP