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...
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...
As an indispensable component in mechanical equipment, the performance and stability of a bearing bush are directly related to the overall efficiency, durabilit...
The microstructure of porous metal-based self-lubricating bushings plays a critical role in oil retention and long-term wear resistance by determining how lubri...
Imagine that if the axle of a car had no lubricant, it would smoke and break down after driving for a few kilometers; or if the hinges of a door at home were ru...
The global manufacturing industry is facing the dual challenges of efficiency and sustainability. According to data from the International Energy Agency, the en...
Graphite-bronze composite materials have emerged as critical solutions for heavy-duty bearings operating under extreme mechanical and thermal stresses. This stu...
We offer a wide range of oil-free bearing solutions covering all series on the market.