This environmentally friendly, lead-free, self-lubricating metal-polymer bearing requires no additional lubricant. It combines a low-friction polytetrafluoroethylene (PTFE) bearing surface with the strength and dimensional stability of a metal backing. ※ Corresponding to the inch size.Learn More >
This self-lubricating metal-polymer bearing requires no additional lubricant. It combines a low-friction polytetrafluoroethylene (PTFE) bearing surface with the strength and dimensional stability of a metal backing. In addition it is moisture resistant, making it usable even in water.Learn More >
This is an environmentally friendly, lead-free bearing material. Copper-tin alloy is sintered to a steel backing, and the bearing surface is a mixture of polytetrafluoroethylene (PTFE) and a special filler. It combines the low friction of this bearing surface with the strength and dimensional stability of the steel backing. Even if the inside diameter is machined for high precision, resinLearn More >
Impregnated with our own proprietary lubricant, these bearings are composed of lipophilic fibers and special filler material uniformly dispersed within polyacetal plastic resin, a plastic material offering excellent bearing characteristics. Type with metal backing DBB01 dry bearingLearn More >
This environmentally friendly, lead-free polymer bearing material is injection molded from polyphenylenesulfide resin (PPS) with a special filler. It has sliding characteristics equivalent to those of polytetrafluoroethylene resin (PTFE). There is also a fiber-reinforced type, whose strength and heat resistance have been improved.Learn More >
This product is an oil-impregnated bearing in which a solid lubricant and oil have been added to a sintered copper or iron material.Learn More >
This is a bearing material in which aluminum alloy and copper alloy comprise a two- or three-layer structure with a steel backing. This structure, whose mechanical strength is high, can be used under lubricated conditions and high-speed/high-load operation. It can be made from a variety of different materials, depending on the application, use conditions and lubrication. Load capability can beLearn More >
These sub-assemblies combine housings made of suitable materials and application-appropriate, self-lubricating bearings from our broad portfolio of products. They are complex products for which bearing functionality and structural materials are optimized. The high precision of inside diameters is achieved by in-house assembly. Our deep drawing process technology is utilized for press formed products that can support the housings.Learn More >
These sub-assemblies combine injection molded housings and application- appropriate, self-lubricating bearings. They are complex products for which bearing functionality and structural materials are optimized. The high precision of assembly inside diameters is achieved by in-house insert molding, which assures them and protects against removal problems of press fit resin materials.Learn More >
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