Maintenance-free bearings epitomize the convergence of tribology, materials science, and precision engineering, delivering unprecedented operational longevity i...
As a key mechanical component, self-lubricating graphite copper bushings are widely used in industrial sectors such as automobiles, ships, and wind turbines, wi...
1. Self-Lubricating Material Architectures Modern oil-free bearings leverage advanced composite matrices and surface engineering to eliminate dependency on liqu...
Technical Background and Industry Pain PointsIn high-speed machine tool chuck systems (n≥6000rpm), traditional conical positioning faceplates exhibit two core d...
Technical Background and Industry Pain Points In the precision machining of thin-walled tubes (such as aerospace hydraulic tubes and semiconductor reaction cham...
In the complex and demanding environment of the petroleum industry, self-lubricating bearings have become a key component for improving equipment efficiency, re...
The coal mining industry, as a crucial part of the energy sector, places immense importance on production efficiency and safety. In the process of coal mining, ...
A self-lubricating copper bush is a bearing component with self-lubricating properties, typically achieved by machining holes on the working surface of the copp...
A boundary lubrication bearing is a type of bearing that operates under specific lubrication conditions, primarily relying on a chemical reaction film or physic...
Technical Background and Industry Pain Points In the precision machining of tubular copper components (such as hydraulic valve bodies and heat exchanger fitting...
Technical Background and Industry Pain Points In precision medical devices (such as orthopedic traction devices and minimally invasive surgical robotic arms), t...
As an indispensable component in mechanical equipment, the performance and stability of a bearing bush are directly related to the overall efficiency, durabilit...
We offer a wide range of oil-free bearing solutions covering all series on the market.