A local structural part installed at a specific location to lift bearings or related components and bear the corresponding weight and stress.
Some bearing eye products Universal shaft product details
Product Overview :
The universal shaft of some bearing lifting lug products is an innovative mechanical component that integrates universal transmission and convenient lifting functions. It is mainly used in various industrial equipment, especially in scenarios where frequent adjustment of transmission angles and convenient lifting and installation of equipment components are required. It plays an important role and effectively solves the limitations of traditional transmission components under complex working conditions, providing strong support for the efficient and stable operation of industrial production.
Features :
1. Unique bearing lug design
2. Efficient universal transmission performance
3. High-strength materials and exquisite manufacturing technology
4.Good adaptability and stability
Product Specifications:
1. Dimensions: We provide a variety of standard sizes to suit the installation space and transmission requirements of different equipment. The shaft diameter ranges from [minimum shaft diameter] to [maximum shaft diameter], and parameters such as length, outer diameter, and the size and position of the lugs also have corresponding specifications to choose from. Users can make precise selections based on actual conditions. In addition, we can also provide customized design and production based on the special needs of customers to meet personalized application scenarios.
2. Torque carrying capacity: According to different specifications and models, the torque carrying capacity ranges from [minimum torque value] to [maximum torque value], which can meet the needs of a wide range of industrial applications from light load to heavy load. During the selection process, users can select the appropriate partial bearing lug product universal shaft based on the actual working torque, speed and working conditions of the equipment, combined with the product's torque-speed characteristic curve, to ensure that it operates within a safe and reliable range and avoid equipment failure and damage caused by overload.