All About Pads

Common problems in the braking system and how to fix them


in this article seeks to study and provide solutions to some common problems we have in this system.

The manufacturing process Pads



In total during the production of brake pads two major processes:

    
Making shoes
    
Construction bite pads

Hoof

Boot and shoe placement according to the manufacturer's design takes different forms.
Lining

Bite pads is divided into 5 types as follows:

    
Non-asbestos organic
    
ceramic
    
Semi-metallic
    
Metallic low
    
Sintered

Brake shoes on his Wikipedia



Brake pads that are part of the brake system vehicular traffic by creating friction disk brake Yakas·h the vehicle is decelerating in. Usually 10 times the power of this system is even more engine power. To stop the car weighing a ton at the speed of 130 kilometers per hour moving power of 150 kW is required. This can be in the form of thermal energy (which in some parts of the brake lining temperature to 300 to 800 ºC) excreted.

Replacing brake pads and its method



Perhaps repeatedly referred to a repair shop to replace the old brake pads out and see how you've been replaced by a repairman. Did you ever have thought that such a relatively simple job yourself and save money on your home garage? Generally, vehicle designers consider ways of connecting consumable parts such as replacement operation can easily be performed. But the operation is relatively simple car owner Ernie nonsmokers.

History of Ceramic Brake Pads



The ceramic brake first emerged in the early 1990s. Some vehicle manufacturers have begun to use ceramic pads instead of the conventional semi-metallic pads have to be responsive to customer complaints about brake noise, the dust and exhaustion. Many of these ceramic pads were produced by Akebono. Manufacturers looking for a way OED, Raybestos brakes and Dygrtrmz·hay your basic ceramic materials were introduced in the market.

Brake pads are defined on Wikipedia how?



Brake pads that are part of the brake system vehicular traffic by creating friction disk brake Yakas·h the vehicle is decelerating in. Usually 10 times the power of this system is even more engine power. To stop the car weighing a ton at the speed of 130 kilometers per hour moving power of 150 kW is required. This can be in the form of thermal energy (which in some parts of the brake lining temperature to 300 to 800 ºC) excreted.

Keywords: brake pad elig ceramic
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