Brake Pad Replacement: What Affects Brake Pads?

If acceleration is applied then it’s obvious that the brakes will get used too. Brake pads will get worn out the most because of the force that is used to decelerate the multi-tonne machine. There are many things that could affect brake pads and should be noted whilst driving.

Above all, brake pads are mainly affected by heat and friction. To stop the car would require a calliper that has a strong enough device to clamp onto the brake disc or rotor. Friction causes wear on any surface because the two sides are rubbing against each other. Wearing out the surface of the brake pad could take away the compounds that assist with deceleration. Friction is used between the disc and the pad so when the calliper squeezes the two pads onto the disc, it will slow down the car.

The more you use the braking system, the hotter the pads will get as friction causes heat. The high temperature also decreases the performance because of a term called brake fade. The driver will also have to apply the pedal much sooner so that he brakes on time to avoid collision.

A common term for this in the vehicle industry is brake fade. This means that when the pads reach a high temperature, the binding agents or resins that are used to bind the compounds together convert to gas which could cause the pads to slide uncontrollably. This is usually something that happens once or twice and usually settles itself.

Did you know that brake fluid could also damage and affect the pads? If there is fluid on the pads it usually means that there is a leak which could compromise braking quality. The stickiness on the brake pad could also accumulate dirt and grim over time which will also affect the quality of your deceleration speed.

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