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...
At the critical point of the transition of industrial civilization to intelligence and low carbonization, self-lubricating bearings have transformed from the "b...
As global industries face mounting pressure to meet UN Sustainable Development Goals, solid-lubricated bearings are emerging as a silent sustainability powerhou...
In modern industrial equipment, solid-embedded self-lubricating bearings are like the "silent guardians" of mechanical systems. Their performance directly deter...
In cleanroom environments — from semiconductor fabs to biopharma labs — microscopic oil degradation has long been the Achilles' heel of traditional bearings. As...
In the field of automobile manufacturing, the stamping process is known as the "skeleton engineering of body forming", and its precision and efficiency directly...
We offer a wide range of oil-free bearing solutions covering all series on the market.