Cylindrical plain bearing TU/TX series
sintered bronzebronzesteel

cylindrical plain bearing
cylindrical plain bearing
cylindrical plain bearing
cylindrical plain bearing
Add to favorites
Compare this product
 

Characteristics

Type
cylindrical
Material
sintered bronze, bronze, steel, PTFE
Other characteristics
dry running

Description

TU bushings are self-lubricant and composed with four layers. They are recommended for all types of movements (rotation, translation and oscillation). Composition of the TU bushings: A steel backing for an optimal mechanical resistance. On the outside, it is protected with a tin or copper plating against corrosion A sliding layer made of porous sintered bronze with three functions: thermal conductivity, dimensional stability and absorption of the solid lubricant A layer of PTFE-based solid lubricant with excellent wear and frictional resistance properties Variants TU-B bushings The composition of the structural layer is different between the TU-B bushing and the TU bushing. For the TU-B bushing, it is replaced by a layer made of bronze. A structural plate made of bronze has a lower mechanical rigidity than a plate made of steel. Since bronze has a high corrosion resistance and very good thermal conductivity, protection by tin plating is not necessary. TP4 bushings The evolution of the TP4 bushing lies in the composition of the PTFE solid lubricant layer. It is mixed with fillers and polymers that enhance the mechanical resistance of the sliding layer. This improves the resistance of the bushings towards oscillation or translation movements. There are also derived products of the TU bushing and its variants such as support discs or flange bushings.

Catalogs

No catalogs are available for this product.

See all of TECHNE‘s catalogs
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.