Jekit 6 Pots Red Caliper Disc Size Customized Full Floating Bell Kit

Product Description

Jekit 6 Pots Red Caliper Disc Size Customized Full Floating Bell Kit

Product overview

Modified brake knowledge

Brake Disc: The principle of lever tells us that the farther the brake caliper is from the disc center, the stronger the braking force generated, and the smaller the pedal force required. In addition to mechanical reasons, another important function of the brake disc is a large-area high-efficiency radiator (heat.sink), which is responsible for dispersing the heat generated during braking into the air. Therefore, from a pure performance point of view, the brake disc is bigger and bigger. good. The following is an introduction to the design of some high-performance brake discs: Although the cost of split brake discs is higher, it can reduce the weight of the disc; the ventilation and hollow design of the ventilated disc is to reduce and average the temperature of the inner and outer surfaces of the disc; the rotating radial on the friction surface The pit pattern helps to draw away the brake powder debris generated during high temperature friction, avoiding them to stay between the brake pads and the brake disc, and reduce the friction coefficient; the drilled brake disc has both heat dissipation, weight reduction and removal of the brake powder But it will reduce the friction area and affect the durability of the brake pads.

The brake system seems to be a simple structure of several pipelines, several hydraulic pumps, brake calipers, brake discs, and brake pads. The actual content contained in it is very high. How can the force of the brake pedal under the foot be transmitted? The brake discs and brake pads allow them to generate a huge braking force, which makes the tons of cars running at high speed stop quickly, and the effect of the brake fluid is also indispensable. Therefore, the modification of the braking system is a highly technical process.

The current models on the market mainly use disc brakes and drum brakes
Disc brake: When the brake pedal is stepped on, the piston in the brake master cylinder will be pushed, and pressure will be generated in the brake oil circuit. The pressure is transmitted to the piston of the brake cylinder of the brake caliper via the brake fluid. After the piston of the brake cylinder is pressurized, it pushes the brake pads to clamp the brake disc, causing friction between the brake pads and the brake disc to produce braking Effect.
Drum brake: When the brake pedal is stepped on, the force of the foot will be the piston in the brake master cylinder pushes the brake fluid forward, and generates pressure in the oil circuit, which is transmitted to each wheel through the brake fluid The brake cylinder piston, and the brake cylinder piston pushes the brake pads, causing the brake pads to rub against the inner surface of the brake drum, thereby producing a braking effect.

Product reference photos