1.Allows the bearing to operate stably at higher speeds with lower temperature rise. The limiting speed can be increased by 30% to 60% compared to steel bearings of the same specification.
2.The service life far exceeds that of equivalent steel bearings, especially under harsh operating conditions (such as inadequate lubrication or contaminated environments), where its lifespan advantage is more pronounced.
3.Can be used in environments with corrosive chemicals or moisture, whereas steel bearings are prone to rust and corrosion in such conditions.
4.Suitable for high-speed machine tool spindles, motors, aerospace and defense, automotive industry, medical equipment, chemical and food machinery, and other precision instruments and equipment.
