Xinri Bearing Technology was established in 2006. Our company is a bearing manufacturer specializing in bearing research and development and sales. The company has modern production equipment and advanced testing instruments. The company has first-class production equipment and a complete testing system, excellent business and management and technical personnel. The company independently developed the “XRL” brand. At present, our company’s products can meet the international standard quality level and have different high-quality products. The company mainly produces pillow block ball bearing,linear bearing,ball bearing,bearing accessories,joint bearing,auto bearing,hybrid bearings, 2 inch ball bearing, etc. The products can be used in chemical equipment,textile production,printing machinery,mining,agricultural,medical equipment,toy,wind power equipment,automobile and other fields.

We have first-class testing equipment to detect various data parameters of bearings and control the quality of bearings. We can customize production according to your drawings or your requirements. After years of development, our products are exported to all over the world, such as: Malaysia,Mexico,Singapore,Kazakhstan,Chile,Algeria,Pakistan,Bolivia,Saudi, Antigua and Barbuda,Portugal and other countries. The company strives for development with quality and takes better after-sales service as its business philosophy, cooperating with customers at home and abroad.

 Please note: The above table data is for reference only. For specific information, please contact us.

2 inch ball bearing combine the benefits of ceramic and steel materials to provide superior performance. These bearings feature steel raceways and ceramic rolling elements, offering the best of both worlds: the strength and toughness of steel and the lightweight, low-friction properties of ceramic. They are ideal for high-speed and high-precision applications, such as aerospace, medical devices, and high-performance motorsports. They offer extended service life, reduced maintenance, and improved efficiency, making them a valuable choice for advanced engineering solutions.