Specification |
Application: Ceramic Decorations, Refractory, Structure Ceramic, Industrial Ceramic, Machinery, Electronic, Chemical, Petroleum etc.;
Type: Ceramic Parts;
Color: White/Ivory;
Density: 3.8g/cm3;
Alumina Content: 92%, 95%, 96%, 99%;
Unit: Piece;
Weight: Customized;
OEM/ODM: Available;
Gas Permeability: 0;
Water Absorption: 0;
Maximum Use Temperature: 1650°;
Lead Time: 10 Days;
Material: Alumina Ceramic;
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Application: Refractory, Structure Ceramic, Industrial Ceramic;
Purity: 95-99.7%;
Type: Ceramic Parts;
Size: Customized;
Color: White;
Compressive Strength: 2000-2500MPa;
Processing Service: Bending, Welding, Punching, Moulding;
Density: 3.8GM/Cc;
Feature: Corrosion Resistant;
Flexural Strength: 280-350MPa;
Product Name: High Form Crucible;
Thermal Conductivity: 25-30 W/Mk;
Max Working Temperature: 1700c;
Material: Alumina Ceramic;
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Application: Refractory, Structure Ceramic, Industrial Ceramic;
Purity: 95-99.7%;
Type: Ceramic Parts;
Size: Customized;
Color: White;
Compressive Strength: 2000-2500MPa;
Processing Service: Bending, Welding, Punching, Moulding;
Density: 3.8GM/Cc;
Feature: Corrosion Resistant;
Flexural Strength: 280-350MPa;
Product Name: High Form Crucible;
Thermal Conductivity: 25-30 W/Mk;
Max Working Temperature: 1700c;
Material: Alumina Ceramic;
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Application: Refractory, Structure Ceramic, Industrial Ceramic;
Purity: 99%;
Type: Ceramic Parts;
Bulk Density: 3.1 Mg/M3;
Porosity: 22% Nominal;
Volum Resistivity: >10^14;
Maximum Use Temperature: 1600;
Flexural Strength: 358;
Thermal Shock Resistance: 200-250;
Processing Service: Moulding;
Thermal Expansion Coefficient: 7.9*10-6/C;
Vickers Hardness: 14gpa;
Flexural Strength(20ºC): Flexural Strength(20ºC);
Compressive Strength(20ºC): 2000MPa;
Thermal Conductivity: 31.5W / (M * K);
Material: Alumina Ceramic;
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Application: Electronics;
Grain Size: 1-10um;
Purity: 95%;
Type: Ceramic Tube;
Product Name: Ceramic Insulator for High Voltage Vacuum Feedthru;
Optional Purity: 96%, 99% and 99.5% Alumina;
Color: White, Beige, Pink;
Usage: for Ceramic to Metal Joint Technology;
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