| Specification |
Application Area: Electronic Industry, Industrial Furnace;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Name: Carbon Graphite Heating Element for Industrial;
Type: Graphite Mold;
Carbon Content: High-Carbon;
Grade: Industrial Grade;
Forming Way: Molded Graphite;
Crystal Morphology: Aphanitic Graphite;
Composition: Graphite;
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Application Area: Automobile Industry, Electronic Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing And Sintering;
Application Area: Electronic Industry, Metal Smelting and Casting Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance, Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing and Sintering;
Apparent Density: 1.80-1.90g/cm3;
Shore Hardness: 48-50;
Electrical Strength: 10-9.5 (Ωmm2/M);
Compressive Strength: 37-42(MPa);
Flexural Strength: 78-86(MPa);
Average Pore Size: 3.2-2.4 (U M);
Coefficient of Thermal Expansion(10-6K): 4.8-4.4;
Ash (10-6K): 0.1;
Type: Graphite Mold;
Composition: Sic;
Carbon Content: High-Carbon;
Grade: Industrial Grade;
Forming Way: Isostatic Graphite;
Crystal Morphology: Compact Crystalline Graphite;
|
Application Area: Automobile Industry, Electronic Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing And Sintering;
Application Area: Electronic Industry, Metal Smelting and Casting Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing and Sintering;
Apparent Density: 1.80-1.90g/cm3;
Shore Hardness: 48-50;
Electrical Strength: 10-9.5 (Ωmm2/M);
Compressive Strength: 37-42(MPa);
Flexural Strength: 78-86(MPa);
Average Pore Size: 3.2-2.4 (U M);
Coefficient of Thermal Expansion(10-6K): 4.8-4.4;
Ash (10-6K): 0.1;
Type: Graphite Mold;
Composition: Sic;
Carbon Content: High-Carbon;
Grade: Industrial Grade;
Forming Way: Isostatic Graphite;
Crystal Morphology: Compact Crystalline Graphite;
|
Application Area: Automobile Industry, Electronic Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing And Sintering;
Application Area: Electronic Industry, Metal Smelting and Casting Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance, Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing and Sintering;
Apparent Density: 1.80-1.90g/cm3;
Shore Hardness: 48-50;
Electrical Strength: 10-9.5 (Ωmm2/M);
Compressive Strength: 37-42(MPa);
Flexural Strength: 78-86(MPa);
Average Pore Size: 3.2-2.4 (U M);
Coefficient of Thermal Expansion(10-6K): 4.8-4.4;
Ash (10-6K): 0.1;
Type: Graphite Mold;
Composition: Sic;
Carbon Content: High-Carbon;
Grade: Industrial Grade;
Forming Way: Isostatic Graphite;
Crystal Morphology: Compact Crystalline Graphite;
|
Application Area: Automobile Industry, Electronic Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing And Sintering;
Application Area: Electronic Industry, Metal Smelting and Casting Industry;
Feature: Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance, Corrosion Resistance, High-Thermal Conductivity, Thermal Shock Resistance;
Manufacturing Technique: Pressing and Sintering;
Apparent Density: 1.80-1.90g/cm3;
Shore Hardness: 48-50;
Electrical Strength: 10-9.5 (Ωmm2/M);
Compressive Strength: 37-42(MPa);
Flexural Strength: 78-86(MPa);
Average Pore Size: 3.2-2.4 (U M);
Coefficient of Thermal Expansion(10-6K): 4.8-4.4;
Ash (10-6K): 0.1;
Type: Graphite Mold;
Composition: Sic;
Carbon Content: High-Carbon;
Grade: Industrial Grade;
Forming Way: Isostatic Graphite;
Crystal Morphology: Compact Crystalline Graphite;
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