Recyclable bearing materials reduce industrial carbon footprint

Accelerating the research and development of new products is the starting point and foothold of enterprise technology innovation, and it is also the foundation for enterprises to stand firm in the market and stand in the same place. From the new products released by the enterprise, the market competitiveness and development prospects of an enterprise can be inferred.

Due to the smaller contact angle, the axial bearing capacity has decreased; however, this brings other advantages. For example, under certain conditions, the rotation is 20% higher than that of products with a 40o contact angle. This is because there are more favorable conditions for bearings in this design. These favorable conditions minimize friction, thus minimizing the heat generated. In addition, the smaller the contact angle, the greater the radial stiffness, which is mainly conducive to radial applications. In addition, the bearing also optimizes the brass retainer for 25o contact angle and 40o contact angle products, making full use of the stronger advantages of brass material and improving the shape of the retainer. Now, the new retaining frame is more stable and allows a higher speed than before. In addition to these performance improvements, the retaining frame requires less space than previous products, leaving more available space for the lubricant and extending the lubrication interval. In addition, the vibration and noise levels of products using new brass retainers are also reduced by 15%.

In response to the requirements of global environmental protection and reducing fuel consumption, it is necessary to promote the rapid development of electric vehicles. In terms of expanding the maximum mileage of electric vehicles, improving the efficiency of the gearbox and reducing the size and weight of components are the key. Therefore, the miniaturization and lightweighting of EV bearings must be realized without affecting the performance.

The product adopts the newly developed AQGRD waterproof grease, which greatly meets the urgent needs of rolling mill bearing applications. The optimized grease component forms a thicker oil film and protective layer between the raceway and the roller, which can inhibit direct contact and prevent corrosion, thus prolonging the service life. In the end, the longer service life reduces maintenance costs and improves operational efficiency. In addition, due to the reduced frequency of bearing replacement, it helps to minimize carbon footprint and resource consumption.

Extending the service life of bearings and reducing maintenance costs are common. In this regard, most products achieve a long life by adopting superior seals and optimized grease.If you want more details, please contact us and we will answer for you within 24 hours.