David from CanadaOur company import the bronze gleitlager from viiplus china,viiplus professional team makes sure customs clearance is always smooth. They provide an accurate bronze bushing classification, handle all the paperwork,We have received the self-lubricating bronze bushings. They look well done and the high quality.
Valerie from CaliforniaWe import the bronze gleitlager from China to under the incoterm FOB shanghai, sometimes by Air. viiplus is a very good bronze gleitlager supplier, they are very professional and patient, after we inform the new order, they will manufacturer bronze gleitlager in time and give us the schedule , and then we just need to receive the bronze parts
Daisy From GermanyThe best surface finishes for Sleeve Bearing, tighter concentricity, and bronze bushings material uniformity. The good supplier of standard inch and metric sleeve bearings and bushings from china.
EP Engineering Self Lubricating Plastic Plain Bearings, high speed, PTFE bearing
|Place of Origin||CHINESE|
|Model Number||EP Plastic self-lubricating bearings|
|Minimum Order Quantity||NEGOTIABLE|
|Packaging Details||EXPORT CARTONS|
|Delivery Time||2-4 weeks|
|Payment Terms||T/T, Western Union|
|Supply Ability||CNC Bronze Bearings Online • Custom Bushings Manufacturers • Sliding Bearings Suppliers|
|MATERIAL||High-performance Engineering Plastic||SIZE||CUSTOMIZED|
|TYPE||EP Plastic Self-lubricating Bearings||APPLICATIOPN||Manufacturing Plant, Machinery Repair Shops, Construction|
Plastic self lubricating bearings,
self lubricating Plastic bearings
EP Plastic Self-lubricating Bearings | Plastic Bushings Supplier
EP Plastic self-lubricating bearings for industrial applications. Your global partner for sliding bearing technology. Order Bushings Online. Range Of Products. View www.viiplus.com; Plain Bearing types available in standard dimensions: Cylindrical bushes, Flanged bushes, Thrust washers, Flanged washers, Sliding plates
EP series of high performance technical plastic polymer bearings as a base material, through the modification of the technology of polymeric materials in high resistance fibers and a solid improvement of its wear resistance integrated with internal grease; high resistance to the network structure reinforced with material fibers, the special solid composite grease allows EP series plastic bearings with excellent self-lubricating properties and wear resistance. Whether it's high-end requirements in the automotive industry.
Material property sheet
|Color||Black gray||Dark grey||Grey||Black||Yellow||Beige|
|Max.water absorption,23℃/ 50%||[% weight]||0.2||0.7||0.1||0.3||2.02|
|Max.water absorption||[% weight]||＜1.2||＜4||＜0.3||＜0.5||＜1.3||＜0.1|
|Dynamic friction /steel||μ||0.05-0.15||0.08-0.18||0.07-0.20||0.09-0.27||0.06-0.18||0.05-0.15|
|Max.static pressure of the surface,20℃||MPa||35||80||150||90||20||10|
|Shore D hardness||70||112||87||85||74||73|
|Physical and thermal properties|
|Continuous work tempreature||℃||+80||+130||+200||+250||+90||+260|
|short-time work tempreature||℃||+120||+220||+240||+315||+120||+310|
|Minimum operating temperature||℃||-40||-40||-40||-100||-50||-200|
EP Material structural characteristics
EP series of materials has excellent self-lubricating and wear resistance is mainly engineers take full advantage of the self-lubricating material modification technology, high-performance engineering plastics used in high-strength fiber to improve the material load and special grease reduced The friction coefficient of the material (See below), thereby enhancing the comprehensive wear resistance of the material to extend the service life of the bearing. High-performance engineering plastics as the base material mainly as wear-resistant carrier; Reinforced fiber to improve the bearing in the bearing and impact resistance; Special grease reduces the coefficient of friction of the bearing from the role of lubrication.
EP series friction coefficient
EP series of self-lubricating properties of plastic bearings by modifying the technology of the base material to add solid grease and functional fibers to be reached, the coefficient of friction through solid grease is reduced, while the coefficient of friction is also subject to the workload, the speed and surface roughness of the axis. The coefficient of friction generally decreases with increasing workload and increases with increasing operating speed.