What are the advantages of high-performance ceramic bearings compared to all-steel bearings

Under high-speed, low-temperature, large temperature difference, low-temperature, vacuum, insulation, non-magnetic and other tough tasks, high-performance ceramic bearings are fantasy bearings that replace the currently used all-steel bearings. They have a wide range of speeds and low heat generation during high-speed operation. , Stable performance, long life, corrosion resistance, not afraid of purification, abrasion resistance, resistance to lack of oil and smoothness when brakes are strong, and high-level excellent performance indicators for reliability, and a broad prospect.

High-performance ceramic bearings are developed for adjustments, low-temperature, heavy-duty, and non-smooth conditions in the defense industry for harsh environments. They have a high level of skill. High-performance ceramic bearings are a successful combination of new materials, new processes and new structures. Now it is transformed into civilian skills, which can be widely used in civilian high-speed machine tools, tilting pad journal bearing, high-speed motors, chemical industries and other industries. After proper development, the application range can completely cover all the application areas of today's fine and medium-speed all-steel bearings. The price ratio is far better than that of all-steel bearings, and the life span can be more than 3 times longer than the bearing life used today. It saves a small amount of downtime and maintenance time, declines in scrap, and increases in stock bearing spare parts. In addition, because of the high technical content, it cannot be counterfeited and investment The danger is small.
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Dongguan Kentie Bearing Co., Ltd., as a professional bearing manufacturer integrating production, research and development, sales and service, has achieved unanimous praise in the industry. Ultra-fine ceramic balls can be widely used in high-performance bearings and high-performance ball valves; ceramic bearings can be used in high-speed machinery, light industry, instrumentation, automobiles, and aerospace.