Anchor Windlass Resin Woven Brake Lining Roll For Tractor Winch Lift,Non-asbestos Brake Lining
Description:
Non-asbestos Woven Brake Lining selects new-type abrasion resistant and high temperature resistant non-asbestos yarns which contain brass wires, viscose fiber, Glass fiber, Aramid fiber etc.
We adopt Japanese Technology. All yarns are woven by advanced Japanese loom machinery & equipment then impregnate into specially formulated polymer resin, through high temperature, low temperature etc. processing workmanship.
Woven Brake Linings are widely used in decelerating and braking of engineer machines, industry machine and mining machines, such as Winch, Windlass, Tractor, Sugar Mill, Crane,Blender, Power Generator, Construction Machinery, Elevator, Lift, Pickup, Light Truck, etc.
Specifications:Anchor Windlass Resin Woven Brake Lining Roll For Tractor Winch Lift,Non-asbestos Brake Lining
Temperature | Coefficient of friction(μ) | Wear rate(v)(cm³/N.m) |
100℃ | 0.35~0.65 | ≤0.7 x 10-7 |
150℃ | 0.35~0.65 | ≤1.1 x 10-7 |
200℃ | 0.30~0.60 | ≤1.5 x 10-7 |
250℃ | 0.25~0.60 | ≤2.5 x 10-7 |
Quick Detail:Anchor Windlass Resin Woven Brake Lining Roll For Tractor Winch Lift,Non-asbestos Brake Lining
Model: BXS-M Non-asbestos Woven Brake Lining
Material: Viscose fiber, Aramid fiber, glass fiber, 2 brass wires, Melamine resin.
Working Conditions: 250℃,Static Pressure: 4.0Mpa
Applied field: It is widely used for braking deceleration and transmitting power of big power machineries.
Specification: T(5~30)x W(≤500)mm ; Available Length: 10m,15m,20m
Color: Yellow
Competitive Advantage:Anchor Windlass Resin Woven Brake Lining Roll For Tractor Winch Lift,Non-asbestos Brake Lining
We produce non-asbestos yarns by ourself and weave yarns to non-asbestos brake lining. We can control the whole quality from raw materials to finished products. You don't need feel worry about the quality. I can say that we have the best cost performance in Chinese market.
We adopt Japanese Technology. All yarns are woven by advanced Japanese loom machinery & equipment then impregnate into specially formulated polymer resin, through high temperature, low temperature etc. processing workmanship.