High-Performance Material Composition 500#SP sliding bearings are constructed using specialized copper alloys combined with self-lubricating materials. This com...
This article compares bonded vs non-bonded automobile bushing differences with a focus on engineering behavior, manufacturing, testing, installation practice, f...
1. What is a Self-Lubricating Bearing? A self-lubricating bearing is a type of bearing designed to operate without external lubrication. It incorporates lubrica...
ZRHH Self-Lubricating Thrust Bearings ZRHH self-lubricating thrust bearings are high-performance sliding bearings manufactured by Zhejiang Mingxu Machinery Ma...
Self-lubricating wear plates are specially designed components widely used in machinery to reduce friction, extend service life, and improve operational efficie...
ZCuAl10Fe5Ni5 is a high-strength, highly corrosion-resistant aluminum bronze alloy widely used in extreme corrosion environments such as marine engineering, sh...
Maintenance-free bearings are designed to operate reliably over long periods without the need for regular lubrication or intensive upkeep. These bearings are co...
High-strength brass (mainly ZCuZn25Al6Fe3Mn3 or similar grades, also known as "high-strength brass" or "aluminum brass") has become the mainstream base material...
Oilless bush is a self-lubricating bearing component that has become increasingly important in modern engineering and machinery. Unlike traditional bushes that ...
Graphite bronze plates are widely used in industrial applications due to their excellent combination of strength, wear resistance, and self-lubricating properti...
Bronze bushings are a fundamental component in many types of machinery, providing low-friction support between rotating or sliding parts. Known for their durabi...
In the realm of high-end industrial equipment, material technology has emerged as a core driving force for enhancing equipment performance and extending service...
We offer a wide range of oil-free bearing solutions covering all series on the market.