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Method: |
Lsostatic Presure |
Application: |
Industrial Ceramic |
Compressive Strength: |
2,000 MPa |
Materials: |
92% Alumina Powder |
Alumina Content: |
95% |
Maximum Use Temperature: |
1,400°C |
Material: |
Alumina |
Elastic Modulus: |
380 GPa |
Corrosion Resistance: |
High |
Electrical Resistivity: |
10^14 Ω·cm |
Transparency: |
Opaque |
Melting Point: |
2,072°C |
Electrical Insulation: |
High |
Dielectric Strength: |
10 KV/mm |
Purity: |
96%,99% |
Method: |
Lsostatic Presure |
Application: |
Industrial Ceramic |
Compressive Strength: |
2,000 MPa |
Materials: |
92% Alumina Powder |
Alumina Content: |
95% |
Maximum Use Temperature: |
1,400°C |
Material: |
Alumina |
Elastic Modulus: |
380 GPa |
Corrosion Resistance: |
High |
Electrical Resistivity: |
10^14 Ω·cm |
Transparency: |
Opaque |
Melting Point: |
2,072°C |
Electrical Insulation: |
High |
Dielectric Strength: |
10 KV/mm |
Purity: |
96%,99% |
Alumina ceramics are the most widely used materialsin the variety of fine ceramics,which after being subject to a sintering process,feature the same crystalstructure(AlzO3)as sapphire and ruby.These materials are used in a wide range of industrialfields due to their superb material characteristics suchas high electrical insulation,high mechanical strength,and high wear-and chemical-resistance.