In the braking system of commercial vehicles, the foot brake valve plays a vital role. Zhejiang Gongzheng auto parts factory deeply understands this, so in the design and manufacturing process of the foot brake valve, precise structural design and high-strength materials are used to ensure its excellent performance and reliability.

Precision structure and high-strength materials
The valve body of the foot brake valve is made of high-quality aluminum alloy or cast iron materials. After advanced precision casting technology and mechanical processing, the valve body is ensured to have extremely high structural firmness and dimensional accuracy. The internal key components such as pistons and seals are all processed with high precision and made of high-quality materials. This design not only improves the sealing performance of the valve, but also enhances its durability, ensuring that the foot brake valve can operate stably under high-pressure gas environment, greatly ensuring the reliability of the braking system.

Optimized layout and efficient transmission
In the design of the foot brake valve, we pay special attention to the optimized layout of internal components and efficient transmission mechanism. Key components such as pistons and valves are carefully arranged to ensure that they can respond quickly to the driver's operation during braking and realize the rapid distribution and release of air pressure. We have also introduced advanced transmission mechanisms, such as rollers and push rods, which not only effectively reduce friction and wear, but also significantly improve transmission efficiency and accuracy. Through this optimized design, the foot brake valve can respond to the driver's instructions quickly and accurately during braking, greatly improving the sensitivity and stability of the braking system.

Multiple safety protection mechanisms
Safety is the core consideration of commercial vehicle braking systems. In the design of the foot brake valve, we have fully integrated multiple safety protection mechanisms to ensure safety under various driving conditions. For example, the setting of the overload protection device can automatically cut off the air pressure source when the brake air pressure exceeds the set value, thereby preventing brake failure or component damage caused by excessive air pressure. In addition, we have also designed an air pressure limiting protection device as well as an anti-skid and anti-stuck mechanism to ensure that the brake air pressure is always maintained within a safe range, effectively preventing brake failure caused by misoperation or system failure. These safety protection mechanisms not only provide drivers with the guarantee of safe driving, but also provide strong support for the safe travel of passengers.