The technical features of automobile brake pumps mainly include the following aspects:
Efficient braking: The brake pump amplifies the driver's pedaling force through a hydraulic or pneumatic system to achieve a fast and powerful braking effect. Hydraulic brake pumps use brake fluid to transmit pressure, while pneumatic brake pumps use compressed air to transmit pressure. Both can effectively improve braking efficiency.
Safe and reliable: The design of the brake pump ensures stable braking performance under various driving conditions. Hydraulic brake pumps transmit pressure through sealed liquid pipes, while pneumatic brake pumps transmit pressure through compressed air. Both can maintain reliable braking effects under extreme conditions such as high temperature, low temperature or high speed driving.
Easy maintenance: The maintenance of the brake pump is relatively simple. Regularly checking the level and quality of the brake fluid, as well as the oil level and air filter of the air compressor can ensure its long-term stable operation. In addition, regularly checking the connection of the oil pipes and pipelines to avoid oil leakage or loosening is also the key to ensuring the normal operation of the brake pump.
Various types: Automobile brake pumps are divided into hydraulic brake pumps and pneumatic brake pumps according to different working principles. Hydraulic brake pumps transmit pressure through brake fluid and are suitable for most passenger cars; pneumatic brake pumps transmit pressure through compressed air and are common in heavy vehicles and commercial vehicles.
High technical requirements: The technical requirements of brake pumps are very high because they are directly related to driving safety. Any fault may cause brake failure, resulting in serious traffic accidents. Therefore, the design and manufacture of brake pumps require strict quality control and high-precision processing.
