Product Description

Hybrid Bearing, Ceramic Hybrid Bearing, Hybrid Ceramic Ball Bearing, Hybrid Ball Bearing, Hybrid Journal Bearing description: Race made of stainless steel AISI**0C. Rolling element with Silicon nitride(Si3N4)ceramic balls. Bearing can work without any lubrication.Bearing can work inside a corrosion medium. Lower cost and Higher property High Speed and Acceleration Up to 3 million (dN). *0% as dense as steel, the resulting reduction in weight reduces centrifugal forces imparted on the rings, reducing skidding, allowing *0 to *0% higher running speeds with less lubrication, resulting in increased productivity. Increased stiffness Silicon nitride balls have a *0 % higher modulus of elasticity (resistance to deformation) than steel, which means a *5 to *0% increase in rigidity, improving accuracy. The results of this feature will be realized in greater production quality. Higher Accuracy Ceramic balls have a smoother finish than steel, vibration and spindle deflection is reduced allowing higher speeds. Production quality will be improved. Less Friction, Less Heat Ceramic Hybrid Ball Bearings truly are "anti-friction". Lower friction leads to less wear, less lubrication, less energy consumption, reduced sound level and extends life lowering your operating costs and increasing productivity. Lowered operating temperatures improve the work environment. Reduced Lubrication Requirements Ceramic Hybrids sport improved kinematic behavior, generate less friction and demand less lubrication. This can lower operating costs by minimizing design, maintenance, and complexity of typical lubrication systems. Low Thermal Expansion A low thermal expansion coefficient allows hybrid bearing with ceramic balls to undergo smaller changes in contact angle reducing preload variations improving life and maintaining tolerances.