- Shape and size can be customized according to requirements
- The surface roughness can reach Ra0.02um
- High flexural strength and hardness
- High density – up to 6.0 g/cm^3
- Low thermal conductivity – aprox. 10% of Alumina
- Other characteristics: high electrical insulation, strong corrosion resistance, high biocompatibility
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- Shape and size can be customized according to requirements
- The surface roughness can reach Ra0.02um
- High flexural strength and hardness
- High density – up to 6.0 g/cm^3
- Low thermal conductivity – aprox. 10% of Alumina
- Other characteristics: high electrical insulation, strong corrosion resistance, high biocompatibility
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- Machinable ceramic block shapes and sizes can be customized upon request
- Easy to process, can make all kinds of complex shapes
- The density is very low, only 2.5g/cm3
- Machinable ceramics can be used in the range of - 200 ℃ ~ + 800 ℃.
- Various electrical properties (dielectric constant, dielectric loss, bulk resistivity, dielectric strength) are excellent
- Machinable ceramics have excellent corrosion resistance
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- Shape and size can be customized according to requirements
- The thermal conductivity is higher than 150 W / m · K, which is more than 5 times of that of Al2O3
- The coefficient of thermal expansion (4.5 × 10-6 ℃) matches that of silicon (3.5~4 × 10-6 ℃)
- Various electrical properties (dielectric constant, dielectric loss, bulk resistivity, dielectric strength) are excellent
- It has good mechanical properties and can be sintered under normal pressure
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- Shape and size can be customized according to requirements
- The thermal conductivity is higher than 150 W / m · K, which is more than 5 times of that of Al2O3
- The coefficient of thermal expansion (4.5 × 10-6 ℃) matches that of silicon (3.5~4 × 10-6 ℃)
- Various electrical properties (dielectric constant, dielectric loss, bulk resistivity, dielectric strength) are excellent
- It has good mechanical properties and can be sintered under normal pressure
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- Shape and size can be customized according to requirements
- The surface roughness can reach Ra0.02um
- High flexural strength and hardness
- High density – up to 6.0 g/cm^3
- Low thermal conductivity – aprox. 10% of Alumina
- Other characteristics: high electrical insulation, strong corrosion resistance, high biocompatibility
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- Shape and size can be customized according to requirements
- Mohs hardness as low as 2, is a kind of soft material easy to process
- The thermal conductivity is as high as 33W / M.K. it is the highest in ceramic materials above 530 ℃
- It has excellent electrical properties, low expansion coefficient and good corrosion resistance
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- Shape and size can be customized according to requirements
- Mohs hardness as low as 2, is a kind of soft material easy to process
- The thermal conductivity is as high as 33W / M.K. it is the highest in ceramic materials above 530 ℃
- It has excellent electrical properties, low expansion coefficient and good corrosion resistance
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- Shape and size can be customized according to requirements
- Very high hardness(HV10): 22.2(Gpa)
- Very low density (3.10-3.20 g/cm^3)
- At temperatures up to 1400 ℃, SiC can even maintain its strength
- Because of its chemical and physical stability, SiC has high hardness and corrosion resistance.
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- Shape and size can be customized according to requirements
- Very high hardness(HV10): 22.2(Gpa)
- Very low density (3.10-3.20 g/cm^3)
- At temperatures up to 1400 ℃, SiC can even maintain its strength
- Because of its chemical and physical stability, SiC has high hardness and corrosion resistance.
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- Shape and size can be customized according to requirements
- Vickers Hardness(HV50): 14(Gpa)
- Very low density (3.21 g/cm^3)
- Excellent thermal shock resistance: high thermal stress parameters (569 K)
- Maximum operating temperature in oxidizing atmosphere: 1200 ° C
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- Shape and size can be customized according to requirements
- Vickers Hardness(HV50): 14(Gpa)
- Very low density (3.21 g/cm^3)
- Excellent thermal shock resistance: high thermal stress parameters (569 K)
- Maximum operating temperature in oxidizing atmosphere: 1200 ° C
