Oil-free bushings and linear bearings each have their own advantages and application areas, and which one is better depends on the specific application needs. A...
As an ideal solid lubricant, self-lubricating bearing should have the following properties: (1) It must have low shear strength in the sliding direction and hig...
Oil-free self-lubricating bearings have been widely used in automobiles, trucks, engineering machinery, hydraulic systems, mold industry, injection molding/die-...
User training and awareness are crucial factors in ensuring the proper use and maintenance of machinery equipped with maintenance-free bearings. While maintenan...
Graphite copper sleeve is a copper-based bushing product in which graphite is embedded as a lubricant after opening holes in the copper sleeve. It combines the ...
Maintenance-free bearings contribute to reducing downtime in industrial methods through several key mechanisms and blessings: Elimination of Scheduled Maintena...
1. Working principle of self-lubricating slider The self-lubricating slider is a special machine part that contains a certain amount of solid lubricant inside, ...
1. The self-lubricating principle of inlaid bearings and sliders: Self-lubricating bearings and sliders embedded with solid lubricants expand the solid lubrican...
The suspension and chassis requirements for hybrid and electric vehicles differ in some aspects compared to traditional internal combustion engine (ICE) vehicle...
The interaction between solid-lubricating bearing materials and different types of shaft or housing materials can vary depending on various factors such as comp...
The load-carrying capacity of solid-lubricating bearings plays a significant role in determining the distribution of forces within a mechanical system. Here's h...
Oil-free bearings contribute to waste discount and a extra sustainable method to industrial operations in numerous methods: Extended Equipment Lifespan:Oil-unf...
We offer a wide range of oil-free bearing solutions covering all series on the market.