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Thermal Expansion Coefficient: |
4.0 × 10-6/℃ |
Free Silicon Content: |
≤10% |
Application: |
Kilns |
Compressive Strength: |
≥2200MPa |
Size: |
Customized |
Chemical Inertness: |
High |
Electrical Conductivity: |
Semi-conductive |
Content: |
99% SIC |
Hardness: |
9.5 Mohs |
Thermal Shock Resistance: |
Good |
Type: |
Ceramic Parts |
Usage: |
Burners |
Volume Resistivity: |
5*10^6Ω.cm |
Material: |
Silicon Carbide |
Maximum Temperature: |
1700℃ |
Thermal Expansion Coefficient: |
4.0 × 10-6/℃ |
Free Silicon Content: |
≤10% |
Application: |
Kilns |
Compressive Strength: |
≥2200MPa |
Size: |
Customized |
Chemical Inertness: |
High |
Electrical Conductivity: |
Semi-conductive |
Content: |
99% SIC |
Hardness: |
9.5 Mohs |
Thermal Shock Resistance: |
Good |
Type: |
Ceramic Parts |
Usage: |
Burners |
Volume Resistivity: |
5*10^6Ω.cm |
Material: |
Silicon Carbide |
Maximum Temperature: |
1700℃ |
Silicon Nitride(Si3N4)exceeds many other ceramic materials in thermal shock-resistance.It does not deteriorate at high temperatures;therefore,it is ideal for use in components for automotive engines and gas turbines-including turbocharger rotors,glow plugs for diesel engines,and hot plugs.Further applications of this material are anticipated in a wide range of fields.