China Bronze Gleitlager manufacturer

Tin Or Copper Plating Dry Bushings Bronze Gleitlager Straight & Shoulder ISO 3547

Product Details:
Place of Origin: Steel Backed Bearings Manufacturers
Brand Name: VIIPLUS Sleeve & Bearing
Certification: FIBRO Standard
Model Number: C86300 BRONZE BUSHINGS
Payment & Shipping Terms:
Minimum Order Quantity: Standard Size Bushing No Minimum Order Quantity
Price: Bushings High Quality Price Ratio B2B
Packaging Details: Export carton; Wooden case ; Wood pallet.
Delivery Time: 2~4 Weeks
Payment Terms: T/T, L/C, Western Union,
Supply Ability: Buy Bronze Bushings Online
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Detail Information

Meterial: Steel Backed, Bronze , PTFE Plating: Tin Or Copper
Quality: Gleitlagerbuchsen,high Quality Size: Std.&Non-std. Customized Sizes
Application: PET Preform Mold Type: Wrapped Bushes, Flanged Bearing, Thrust Washer

Product Description

We offers Flanged bushings PTFE composite & Thrust washers PTFE composite products from china,Material PAP bushes. PAF flange bushes. PAW thrust washers. PAS strips. PAP P10. PAF P10. PAW P10. PAP P11 bronze backed bearings cheap price made to order from china.

We have a large selection of plain bushes and flanged bearings for various applications.

gleitlagerbuchsen,lagerbuchse gleitlager,Your development, construction and manufacturing experts!Resistant to high temperatures of 600 degrees Celsius.Made in China.Category: maintenance-free plain bearings, copper sleeves, shaft sleeves.

Rolled bearings are based on high-quality cold-rolled steel plates with porous spherical bronze powder sintered in the middle, and then a mixture of polytetrafluoroethylene (PTFE) and fibers is sintered on the surface of the porous spherical bronze powder layer, and the rolled sliding Bearings.
This product has the characteristics of small friction coefficient, wear resistance, good corrosion resistance and self-lubrication. The use of this product can reduce the cost, reduce the mechanical volume, avoid the occurrence of shaft biting and reduce mechanical noise.
This product has been widely used in various mechanical sliding parts, such as printing machines, elevators, textile machines, tobacco machines, fitness machines, hydraulic vans, micro-motors, solenoid valves, automobiles and agricultural and forestry machinery.



Dry Bushing Straight & Shoulder Heat resistant temperature -195 ~ 280℃

* 1) deburring and flanging the inner and outer diameter chamfering below the inner diameter d10.
2) the chamfering Angle is C0.3 when the inner diameter d is more than 10 and the plate thickness is 1.0.

・ material 
tetrafluoride resin layer with filler
Port machinery dry sliding bearing
Bronze sintered layer
Steel metal base

Environment: standard/in oil
Multilayer system: steel, sintered bronze, tetrafluoroethylene
Mounting shaft fit tolerance: e7
Mounting hole fit tolerance: H7
Lubrication condition: no lubrication
Allowable maximum surface pressure P: 49
Permissible maximum speed V: 0.65
Allowable maximum PV value (range) : 2.1 ~ 5.0
Allowable maximum PV value: 3.6

Factors Affecting Life


1: Load P: The larger the load, the shorter the bearing life; in any case, the maximum load must not exceed the theoretical maximum allowable load.
2: Speed V: The higher the speed, the shorter the bearing life; in any case, the maximum sliding speed cannot exceed the theoretical maximum allowable value.
3: PV value: The working life of the bearing depends on the PV value, that is, the product of the actual load P and the sliding speed V. The smaller the PV value, the longer the bearing life.

4: Temperature: The life of the bearing also depends on the temperature at which the bearing is used. The higher the temperature, the shorter the service life of the bearing. Therefore, the heat dissipation characteristics of the relevant components should be considered in the design selection.
5: Surface roughness of the grinding parts: When the grinding parts are made of alloy steel or hard chrome-plated shaft, the bearing life can be significantly improved when the surface roughness Ra=0.4-0.63.
6: Other factors such as bearing housing design, lubrication conditions, etc.


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