Silicon Nitride Ceramic Bearings - China

Silicon nitride ceramic description Silicon nitride is mainly composed of Si3N4 and has excellent thermal shock resistance and high temperature strength.

These properties make it an ideal material for automotive engines and gas turbines.

It can be used in various applications such as turbocharger rotors, diesel engine hot swapping, hot swapping, etc.

Silicon nitride has the most versatile combination of mechanical, thermal and electrical properties of any technical ceramic material.

It is a high-performance technical ceramic that is very hard and has excellent thermal shock and impact resistance.

It exceeds the high temperature performance of most metals and has excellent creep and oxidation resistance.

Additionally, its thermal conductivity and wear resistance are among the most demanding in the most demanding industrial applications.

Silicon nitride is an excellent choice when high temperatures and high load capabilities are required.

Silicon nitride ceramic material properties 1 - Shape and size can be customized as needed 2 - Vickers hardness (HV50): 14 (Gpa) 3 - Extremely low density (3.21 g/cm³) 4 - Extremely high fracture toughness (7 MPam1/2) 5 - Good bending strength (850 MPa) 6 - Maximum working temperature of oxidizing atmosphere: 1200°C 7 - Maximum operating temperature in neutral atmosphere: 1600°C) 8 - Excellent thermal shock resistance: high thermal stress parameter (569K) More precision ceramic Inforation: Chongqing Shanqing Precision Ceramic Supplier.

Company Contact:

• Posted By: Chongqing Shanqing Precision Ceramic Supplier

• Phone: 15826058953

• Address: YUBEI DISTRICT, chongqing , chongqing , China

• Email:

• Website: https://www.ceramicsmaterial.com/

• Business Description: We work closely with many precision ceramic raw material factories in China to provide precision ceramic materials and sincere services to ceramic manufacturers all over the world.
  
  We supply high quality goods at competitive prices: Oxide Ceramics, Nitride Ceramics, Carbide Ceramics, Boride Ceramics.