Under the background of rapid development of new energy industry, the efficiency, reliability and life of equipment have become the core pain points of technolo...
Yes, there are several industry standards and certifications that carbon graphite bushings may need to meet, depending on the specific application and industry....
With the increasing global attention to renewable energy and environmental protection technologies, the new energy industry is booming at an unprecedented rate....
With the characteristics of maintenance-free, low friction, high temperature resistance and long life, self-lubricating bearings are gradually expanding from tr...
Self-lubricating copper sleeves, as a new type of lubricating bearing that combines the advantages of metal and self-lubricating materials, have been widely use...
The efficient load-bearing and low-friction characteristics of solid-lubricating bearings are mainly achieved through the following mechanisms: Embedding and re...
Selecting the appropriate base material for solid-lubricating bearings—whether bronze, steel, or ceramic—requires careful consideration of several performance f...
Effective predictive maintenance and condition monitoring for graphite sliding bearings in critical machinery are essential for ensuring optimal performance, mi...
Optimizing the geometry and profile of wear-resistant guide rails is crucial for enhancing their load distribution, wear resistance, and overall performance in ...
Graphite sliding bearings offer several environmental benefits, particularly in terms of energy efficiency. These advantages come from their unique material pro...
Self-lubricating bearings, also known as graphite copper sleeves or oil-free bearings, are a special type of sliding bearings. They are based on metal materials...
Graphite-inlaid copper alloy guide rails (such as copper-based inlaid graphite self-lubricating guide rails, high-strength brass inlaid graphite copper guide ra...
We offer a wide range of oil-free bearing solutions covering all series on the market.