The interference fit of oil-free bearings means that during the installation process of oil-free bearings, the outer diameter is designed to be slightly larger ...
High-strength brass CuZn25Al6Fe3Mn3 is an aluminum brass alloy with a specific chemical composition. The main components include copper (about 57-60%), zinc (a...
The geometry of a self-lubricating bushing plays a critical role in its performance, as it affects how the bushing interacts with the surrounding surfaces, the ...
Generally speaking, self-lubricating bearings can be used for many years or tens of thousands of hours, depending on factors such as the bearing type, working e...
As an important part of modern manufacturing, the mold industry has extremely high requirements for production efficiency and product quality. In the operation ...
In the metallurgical industry, equipment often needs to operate continuously under high temperature, heavy load and harsh environment, which places extremely hi...
Self-lubricating bearings offer distinct benefits, including the absence of the need for lubrication, excellent wear resistance, and strong heat tolerance. Thes...
Advancements in solid lubricant materials are critical for enhancing the performance of solid-lubricating bearings in high-speed applications. High-speed enviro...
Self-lubricating bearings are widely used in automobile manufacturing, covering almost all key parts of automobiles, such as engines, gearboxes, suspension syst...
El diseño del cojinete deslizante 500#SP juega un papel crucial en su capacidad para soportar cargas de choque y vibraciones. Así es como los diferentes aspe...
Rodamiento de lubricación límite SF-2 El cojinete de lubricación límite SF-2 es un cojinete deslizante autolubricante compuesto de tres capas con una ...
Cojinetes sólidos autolubricantes Los rodamientos autolubricantes sólidos incluyen rodamientos autolubricantes sin aceite, rodamientos lubricantes sól...
Ofrecemos una amplia gama de soluciones de rodamientos sin aceite que cubren todas las series del mercado.