Choose a good Ceramic Brake Pad for you car is the firs step to love your car

As all car lover konw, choose a good Ceramic Brake Pad for you car is the firs step to love your car, now antai show you the Brakes Research Guide, teach you how to choose the right brake pad.


You've got enough horsepower, torque, and speed to tear up any highway or race track, but how well can you control your vehicle when it matters most? Your souped-up ride might be faster than the rest, but you need to match that intense going power with some serious stopping power. The way to get that is by installing a set of Performance Brakes.


When you use your brakes heavily and frequently, such as when racing or driving down a steep decline with a heavy load, your pads and rotors can get extremely hot. Once they reach a certain temperature your brake components can't absorb any more heat and they lose their wheel-stopping properties.


Plus, at these temperatures the resin that holds your pads together begins to vaporize into a gas. This gas forms a thin layer between the pad and the rotor, creating an effect similar to hydroplaning. The pads can't make contact with the rotor, and you lose your braking abilities. All these effects are commonly known as brake fade.


Brake fade is clearly a serious and dangerous phenomenon. Luckily, with performance brakes you can minimize the possibility of brake fade. Our performance brake parts feature advanced materials and designs and that ensure maximum heat dissipation and help expel brake gases to give you maximum friction and optimal control over your vehicle in even the most demanding situations.


Brake pads bite down on your rotors to provide the friction needed to come to a stop. They come in a variety of styles and designs, and are made from a wide range of materials and formulas to satisfy different drivers' needs. Let's look at the different materials and design features you'll find when looking for brake pads.


Your brakes are your cars a lot of important assurance system. Whether you use your car or barter for a circadian drive or for ballsy alley trips, you charge reliable, constant brakes. Banal brakes are accomplished for accustomed use, but our achievement anchor pads and rotors accommodate added abrasion that shortens your endlessly ambit for safer alley and artery driving. Achievement brakes aswell about endure best than your banal pads and rotors, giving you added reliable achievement with beneath common replacing.


Ceramic is one of the most common brake pad materials. Ceramic is typically used for street use on less demanding applications like daily drivers and light-duty trucks. One reason for ceramic's popularity is its quiet braking.


Brake pads do make sound, but they generate a frequency that's higher than the human hearing range - bad news for the neighborhood dogs, but good news for you and your fellow drivers. Ceramic also generates less dust, keeping your wheels clean and shiny, and it slows the onset of wear for both your pads and rotors.


Brake pads are also available in organic and low-metallic formulas. Low-metallic brake pads feature between 10 and 30 percent copper or steel to provide extra friction and heat transfer without wearing on rotors as hard as semi-metallic pads.


Due to their metal content, low-metallic pads will be slightly noisier and generate more dust than ceramic or organic pads. Organic brake pads are made from natural fibers like glass, carbon, rubber, or Kevlar and are held together with high-temp resins and filler materials. They're quieter than metallic formulas and softer on your rotors, and they work well when cold so they're a great choice for daily drivers. Organic pads don't bite as hard when they get hot, so they're not ideal for racing.


Power Stop Brake Pads

Design Features

Brake pads are manufactured with a variety of different design features to improve your stopping power, minimize noise, and extend the life of your rotors and other brake components. Most performance brake pads are built with a combination of these features:


Slots on the friction surface provide a path for gas and brake dust to escape

Metal plates or shims are placed on the back side of the pad to minimize brake squeal

Clips and springs reduce rattle and brake noise

Pad wear indicators - when your pads wear down to a certain thickness the indicator contacts your rotors, producing a high-pitched screeching noise to alert you that you need to replace your pads


Pad wear sensors - some high-tech pads include a piece of metal inside the friction material that brushes against your rotors once the pads wear down, tripping a sensor and activating a "replace brake pads" light or notice on your dashboard

The importanta is you should choose a good brake pad factory, antai is you good choice:



30,000 - 50,000 km lifetime .

100% asbestos free formula .

Superior heat transfer and resiitance in all driving conditions .

Exceptionally long brake pad and rotor life .

Outstanding braking performance for heavy load vehicles .

Economical and reliable .

No break-in needed .

Substantial reduction in dust .

More information, please visit our online Brake Pad Manufacturer :