Silicon Nitride Ceramic has super high hardness, lubricity and very wear resistance, and can resist the influence of cold and heat.
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Silicon Nitride Ceramic has super high hardness, lubricity and very wear resistance, and can resist the influence of cold and heat.
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The mandrel made of silicon nitride ceramics causes high hardness and high temperature resistance, so that the equipment can operate stably.
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- silicon nitride ceramic precision ball has super high hardness, lubricity and very wear resistance, and can resist the influence of cold and heat.
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- silicon nitride ceramic load-bearing hook has super high hardness, lubricity and very wear resistance, and can resist the influence of cold and heat.
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- Silicon nitride ceramic precsion parts has super high hardness, lubricity and very wear resistance, and can resist the influence of cold and heat.
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- Silicon nitride ceramic rod has super high hardness, lubricity and very wear resistance, and can resist the influence of cold and heat.
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- Silicon nitride ceramic tube has super high hardness, lubricity and very wear resistance, and can resist the influence of cold and heat.
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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
-
- 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
-
- 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
