Model NO.

FST009

Bending Strength

≥ 50 N/mm2

Maximun Strain

≥ 15 (10-3mm/mm)

Application

Overload Cars, off-Road Vehicles, Buses

Color

Grey

Transport Package

Carton Packing, or Pallet Packing

Specification

alkali-free common copper wire

Trademark

no brand

Origin

China

HS Code

8708939000

Production Capacity

5000000PCS/Year

Type:

Clutch Facing

Certification:

ISO9001: 2000

Material:

Ordinary Medium-Alkali(Alkali-Free) Glass Fiber

Composition:

Alkali-Free Glass Fiber, Aramid Blended Fiber, etc

Density:

1.8+/-0.1G/M2

Hardness:

Hrl40-90

Product Show
Item: Kevlar Series Clutch Facing
The main materials of this series consists of ordinary medium-alkali (alkali-free) glass fiber, aramid blend fiber, 2 pieces of 0.17 copper wire of aramid composite cloth, imported styrene-butadiene rubber 1502, high decomposition phenolic resin and different kinds of friction modifier. The products adopt the conventional rubber soaking technology. Due to the low density of aramid, the eccentricity is eased and wear resistance is improved. The characteristic of quicker reduction of high temperature increases the strength of the products. This product is the high grade product that has been developed in recently years. It is mainly used in overloaded cars, off-road vehicles, coaches and buses. The main varieties include: FST008, FST009, etc.

MODEL FST009

The Main Performance Index ---MODEL FST009

Composition	Ordinary medium-alkali(alkali-free) glass fiber, aramid blended fibers, copper wire, high decomposition phenolic resin, friction modifier
Density	1.8±0.1g/m2
Hardness	HRL40-90
Bending strength	≥ 50 N/mm2
Maximun strain	≥ 15 (10-3mm/mm)
Color	Grey
Techniques	Conventional rubber soaking technology
Application	Overload cars, off-road vehicles, coach and buses
Friction Coefficient	Properties meet the below table
Wear Rate	Properties meet the below table

Friction and Wear Properties:

Temperature ºC	100	150	200	250	300	more 100
Friction Coefficient(μ)	0.45±0.07	0.45±0.08	0.45±0.09	0.45±0.10	0.45±0.11	0.45±0.07
WearRate(v) 10-7cm3(N.m)	≤0.15	≤0.20	≤0.25	≤0.28	≤0.30	/