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...
Bearings are a core component in machinery, and the choice of bearing type directly influences performance, reliability, and maintenance requirements. Solid-lub...
Bushings are critical components in machinery, designed to reduce friction, wear, and vibration between moving parts. Among the many types available, DX bushing...
1) Start with the right bearing family and grade “Oilless” covers multiple technologies, each with different ceilings for load, speed, and temperature. Sintere...
Guide rails play a critical role in linear motion systems, ensuring smooth, accurate, and reliable operation. Traditionally, guide rails required frequent lubri...
When comparing the performance and application scenarios of H62 brass and high-strength brass (chemical formula: ZCuZn25Al6Fe3Mn3), it’s essential to conduct ...
Oilless bushings are a type of bearing that operates without the need for lubrication, making them an essential component in various mechanical systems. These s...
Wear plates are essential components in industries where equipment is subjected to high levels of abrasion, impact, or sliding wear. Among them, the MSEW JIS 20...
Solid-lubricating bearings have become increasingly popular in modern engineering due to their ability to operate without external lubrication. Unlike tradition...
In the precision transmission of mechanical equipment, copper plate bushings play a pivotal role. They not only guide motion but also transmit loads. However, t...
I. The Fatal Trio: Unraveling the Root Causes of Low-Temperature Failure 1. Copper-Based Embrittlement: The Nightmare of Lost Ductility When temperatures drop b...
We offer a wide range of oil-free bearing solutions covering all series on the market.