Professional Supplier High Quality Ceramic Premixes (FF Grade)

Product Details

Product Description

Company Info.

Basic Info.

Model NO.

Ceramic Premixes, Ceramic Pads(FF, FE, EE Grade)

Type

Brake Pads

Material

Ceramic Fiber

Position

Front

Certification

ISO/TS16949, ISO9001

Classification

Disc

Drum Brakes Classification

Brake Drum

Main Market

South America, North America, Mild East, Southeast Asia, Africa, Western Europe, Eastern Asia, Oceania

Thickness of Steel Backing

5mm

Transport Package

Paper Box on Pallets

Specification

D1210 Metal material D1210 Ceramic Material

Trademark

Deyoute

Origin

Hebei, China

HS Code

8613890000

Production Capacity

5500

Packaging & Delivery

Package Size

30.00cm * 40.00cm * 60.00cm

Package Gross Weight

25.000kg

Product Description

Professional Supplier High Quality Ceramic Premixes (FF Grade)

Ceramic Friction Sheet of Advantages:

1) No metal loss: the ceramic friction sheet does not contain metal components, so it will not produce metal losses during the friction process like traditional metal brake pads

2)Low noise: ordinary brake pads may produce large noise when used, while ceramic brake pads do not produce abnormal noise during normal driving, improving driving comfort

3)Long life: The service life of ceramic friction plates is usually more than 50% longer than that of ordinary semi-metal brakes, which means a longer service cycle and better cost effectiveness

4)Strong stability: ceramic material has the characteristics of high temperature resistance, stable friction coefficient, not easily affected by temperature changes, to ensure continuous braking performance

5)High safety: the thermal decay of ceramic brake pads is small, and it can still maintain good braking effect under high temperature conditions, improving driving safety

6) Environmental protection: ceramic brake pads produce less dust and debris during use, and have less impact on the environment.

To sum up, ceramic friction pads surpass traditional metal brake pads in many aspects because of their unique material advantages, and have become the preferred brake material for many high-performance cars and sports cars.