There's no set time or mileage for replacing brake pads, as it depends on a variety of factors, including driving habits, vehicle model, and operating environment. However, you can use the following methods to comprehens...
READ MOREThere's no set time or mileage for replacing brake pads, as it depends on a variety of factors, including driving habits, vehicle model, and operating environment. However, you can use the following methods to comprehens...
READ MOREThe brake caliper is the core actuator of the disc brake system. Its function is to slow down or stop the vehicle by clamping the brake disc to generate friction. The brake caliper has a built-in seal and spring system t...
READ MOREThe hydraulic clutch master cylinder is a core component in manual transmission vehicles, and its lifespan directly impacts shifting smoothness and driving safety. Through scientific maintenance and standardized operatio...
READ MOREThe core function of the brake wheel cylinder is to convert the hydraulic energy transmitted by the brake master cylinder into mechanical thrust, drive the brake shoe or brake pad to rub against the rotating parts (such as brake drum or brake disc), so as to achieve vehicle deceleration or parking. When the driver steps on the brake pedal, the hydraulic pressure generated by the vacuum booster and the master cylinder is pressed into the wheel cylinder cavity through the pipeline, pushing the internal piston to extend outward, forcing the brake shoe to open or the brake pad to clamp, and finally converting the vehicle's kinetic energy into heat energy dissipation through friction.
Depending on the type of brake, the brake wheel cylinder is mainly divided into two structures: single piston type and double piston type. The single piston type is mostly used for double leading shoe or double following shoe brakes, and the contact between the friction plate and the brake drum is achieved through unidirectional thrust; while the double piston type is adapted to more complex braking scenarios with a symmetrical layout, such as leading and following shoe type, two-way double leading shoe type and two-way self-enhancing brake. The internal design of the double piston wheel cylinder is precise, and the two pistons work together with the spring to ensure that the brake shoe responds quickly under the action of hydraulic pressure and the pressure is evenly distributed. When the hydraulic oil enters the oil chamber between the two pistons, the symmetrical thrust causes the brake shoes to open synchronously, which not only improves the braking efficiency, but also avoids the phenomenon of eccentric wear caused by uneven force.
In order to ensure the reliability and sensitivity of the braking system, the brake wheel cylinder is designed with a variety of design ideas. The cylinder body is usually equipped with a bleed bolt to discharge the bubbles mixed in the hydraulic pipeline to prevent the braking force from being attenuated due to air blockage. This design is particularly important in frequent braking or high temperature environments. For example, when braking continuously on a long downhill section, the bleed function can maintain the accuracy of hydraulic transmission and avoid thermal decay of braking performance. In addition, the brake wheel cylinder is mostly made of corrosion-resistant materials and high-precision sealing technology, which not only reduces weight but also extends service life, and is suitable for the diverse needs from family cars to heavy trucks.