Ceramic Deep Groove Ball Bearings

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  Silicon Carbide SIC Ceramic Ball Bearings

  It uses carbon silicon powder and undergoes a hot isostatic process. There are not fine and fine particles inside, and the outer surface has a layer of ground surface layer. The sphere movement of the relatively easy-to-wear bearing ball is 0.08-2.5 RW, and the volume is 0.08～2.5RW, area 0.010～1Ra. Compared with steel balls, the silicon carbide ceramic bearing of this utility model has the following advantages: 1. Long; 2. Self-lubricating; 3. High gloss and low noise; 4. Corrosion resistance; 5. , High temperature; 6. Non-magnetic, electrical insulation.
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  Silicon Nitride Si3N4 Ceramic Ball Bearings

  The ring and rolling element of the silicon ceramic full ceramic bearing are made of silicon rubber material, and the retainer is made of tetrafluoroethylene, N66, polypolysodium nitrite, fingerprint, ceramic silicon, stainless steel or special aviation aluminum. Features of Silicon Silicon Full Ceramic Bearings: 1. High speed: It has the advantages of cold resistance, small elasticity of force, high pressure, poor performance, self-weight, small friction coefficient, etc., in the high-speed competition of 12000/min~75000 rpm and other intellectual equipment; 2. High temperature: The material has high temperature and high temperature of 1200°C, and has good self-lubrication. It uses a temperature ring that is not caused by temperature difference between 100°C and 800°C. It can be used in furnaces, plastics, steel and other high-temperature equipment; 3. Corrosion resistance: Material chemistry has the characteristics of corrosion resistance, which can be used in fields such as strong acid, strong alkali, inorganic, organic salt, seawater, etc., such as: electroplating equipment, electronic equipment, chemical machinery, shipbuilding, medical equipment, etc. 4. Antimagnetic: Because there is no magnetism and no suction, it can reduce the bearing peeling off in advance and loud noise. Available in demagnetization equipment. Precision instruments and other fields. 5. Electrical insulation: due to high heat, it can avoid damage and can be used in all kinds of equipment requiring insulation. 6. Vacuum: Due to the oil-free and self-lubricating properties of ceramic materials, in an ultra-high vacuum environment, the full bearing of the rubber mold can be lubricated. The bearing cannot be lubricated.
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  Zirconia ZRO2 Ceramic Ball Bearings

  advantage: 1. High speed: It has the advantages of cold resistance, small elasticity of force, high pressure, poor performance, self-weight, small friction coefficient, etc., in the high-speed competition of 12000/min~75000 rpm and other intellectual equipment; 2. High temperature: The material has a high temperature and high temperature of 1200°C, and has good self-lubrication. It uses a temperature ring that is not caused by temperature difference between 100°C and 800°C. It can be used in furnaces, plastics, steel and other high-temperature equipment; 3. Corrosion resistance: Material chemistry has the characteristics of corrosion resistance, which can be used in fields such as strong acid, strong alkali, inorganic, organic salt, seawater, etc., such as: electroplating equipment, electronic equipment, chemical machinery, shipbuilding, medical equipment, etc. 4. Antimagnetic: Because there is no magnetism and no suction, it can reduce the bearing peeling off in advance and loud noise. Available in demagnetization equipment. Precision instruments and other fields. 5. Electrical insulation: due to high heat, it can avoid damage and can be used in all kinds of equipment requiring insulation. 6. Vacuum: Due to the oil-free and self-lubricating properties of ceramic materials, in an ultra-high vacuum environment, the full bearing of the rubber mold can be lubricated, and the bearing cannot be lubricated.
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  Hybrid Ceramic Bearings

  Hybrid ceramic bearings use steel rings and ceramic (usually silicon nitride) balls. Hybrid ceramic bearings can achieve higher speeds, greater accuracies, and have a longer service life than steel bearings which is why hybrid bearings are finding increased usage in a wide variety of engineered applications today.