Front Ceramic Brake Pads for Honda Accord 2013β2017 Crosstour 2013β2015
Specification:
We believe in Quality. Our focus is to provide you with a long lasting quality product. Other low quality product can become defective soon after. Replacing and rerunning wiring is what we want you to avoid!
Note:
Before purchasing, please check if the product part number and parameter information is the same as the product you need.
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Description:
Product features:
The brake pads are made of ceramic formula, with a stable friction coefficient,
Heat and high temperature resistance, uniform friction, effectively improving braking performance!
The advantage is that there is less dust generated during braking, which will not contaminate the wheel hub!
The braking effect of the brake pads is stable, using ceramic formula and advanced shock absorbers
Effectively reduce brake noise!
Fiber ceramic formula:
Using ceramic fiber formula, after high-temperature burning and high-pressure stamping, it is protected
Prove high temperature resistance and wear resistance, effectively avoiding the damage caused by thermal degradation
Risk of brake failure, making the brake pedal feel better without damaging the brake disc
Longer service life!
Chamfering design:
Improving the fit between the brake disc and the mating parts can effectively reduce the running in cycle
1. High temperature and wear resistance
2. Strong braking force
3. Low loss
4. Professional heat treatment
The brake pads are made of ceramic formula, with a stable friction coefficient,
Heat and high temperature resistance, uniform friction, effectively improving braking performance!
The advantage is that there is less dust generated during braking, which will not contaminate the wheel hub!
The braking effect of the brake pads is stable, using ceramic formula and advanced shock absorbers
Effectively reduce brake noise!
Fiber ceramic formula:
Using ceramic fiber formula, after high-temperature burning and high-pressure stamping, it is protected
Prove high temperature resistance and wear resistance, effectively avoiding the damage caused by thermal degradation
Risk of brake failure, making the brake pedal feel better without damaging the brake disc
Longer service life!
Chamfering design:
Improving the fit between the brake disc and the mating parts can effectively reduce the running in cycle
1. High temperature and wear resistance
2. Strong braking force
3. Low loss
4. Professional heat treatment
