Specifications Ceramic bearings used in higher temperature environment Precision level: DIN P0 / ABEC 1, Clearance C5 heat-resistant Stainless steel Cage from steel 1.4828 Type: various type Working temperature: 820°C Ceramic bearings are made from Si3N4 which have greater hardness than steel, Ceramic bearing balls have smoother surface than most steel bearings balls. Ceramic bearings are applied on [...]
Tag archives for High temperature bearing
PEEK/PI Plastic Bearings (High temperature application plastic bearings) As newly developing engineering plastic material, PEEK and PI have been approved have the strongest mechanical strength and could endure the highest temperature among all the plastic material. PEEK could work at 260℃ and PI at 300℃ in long-term. Moreover they have excellent.anti-corrosion performance could be used [...]
Hybrid construction ceramic ball bearing Ceramic ball especially Si3N4 have the following performance as low density, high strength, low friction coefficient, electrical and magnetism resistance, wear resistance, well rigidity, lubrication and maintenance free when working, it?ˉs the best choice for rollers (inner ring and outer ring are made by metal) of the hybrid construction ceramic [...]
Full ceramic bearing have excellence performance as special electrical and magnetism resistance, wear and corrosion resistance,lubrication and maintenance free when working,especially high and low- temperature application .etc. could be used in awful environment and specially condition. The rings and balls made by full ceramic material:ZrO2, as a standard constructure,the cage made by PTFE, generally we [...]
Full ceramic bearing made of ceramic Si3N4
Full ceramic bearing made with Si3N4
Full ceramic bearing made with Si3N4 have some better performance than ZrO2, the rings and balls made by full ceramic material:Si3N4, as a standard constructure,the cage made by PTFE, generally we also could make the cage with GFRPA66-25,PEEK,PI, Phonemic Textiles Tube ,etc. Compares than the material of ZrO2 ,The SiN4 ceramics bearings could endure heavier [...]