With professional technologies, the company provides high-quality hydraulic products for automotive systems such as braking, suspension and steering. Over the past 28 years, adhering to the philosophy of "research and innovation, technical improvement, and sustainable operation", it has been committed to developing higher-quality products. Its precision and advanced hydraulic components have effectively improved the performance and safety of automobiles, meeting the demand of the automotive industry for high-quality hydraulic parts.

In the equipment processing industry, hydraulic products are the core driving force for achieving high-precision machining. High-precision hydraulic power systems can provide stable and powerful power output for equipment such as CNC machine tools and machining centers, ensuring that cutting tools maintain precise positioning during high-speed cutting and controlling machining errors within the micrometer level. Meanwhile, the high-response characteristic of hydraulic transmission enables rapid adjustment of the equipment's feed speed and cutting force, effectively improving machining efficiency and meeting the processing requirements of complex components.

In the tire industry, hydraulic products play an indispensable role in tire production equipment. During the tire vulcanization and molding process, the hydraulic system enables close fitting of tire molds by precisely controlling pressure and temperature, ensuring the dimensional accuracy and appearance quality of tires. Meanwhile, the tread extruder driven by hydraulic pressure can output stable pressure, guaranteeing uniform extrusion of tread rubber compounds and forming tread patterns and thicknesses that meet design requirements.

In the field of academic research, hydraulic products are a key component of scientific research equipment. For example, in the study of material mechanical properties, high-precision hydraulic loading devices can provide stable and controllable pressure for experimental samples, simulating the stress state of materials under different working conditions, and helping researchers accurately obtain data such as material strength and toughness. In geological exploration experiments, hydraulically driven drilling equipment can go deep underground to collect core samples, providing valuable physical data for geological research.

The efficient operation of the automation industry is inseparable from the strong support of hydraulic products. Hydraulically driven robotic arms, with advantages such as strong load capacity and precise movement, are widely used in material handling, assembly and other links of automated production lines. The hydraulic servo system can quickly respond to the instructions of the control system, realizing high-speed, precise positioning and complex movements of the robotic arm, which greatly improves production efficiency and product quality.

Hydraulically driven valve actuators can provide strong driving force, ensuring that valves open and close quickly and reliably under high-pressure and large-diameter working conditions. By precisely adjusting the pressure and flow of the hydraulic system, accurate control of valves can be achieved, meeting the requirements of flow regulation and pressure control under different working conditions. In addition, hydraulic valves feature excellent sealing performance and smooth operation, which effectively reduce valve leakage and wear, improve the service life and reliability of valves.

In die-casting machines, the hydraulic system rapidly and stably applies high pressure to inject molten metal into the mold cavity at high speed, ensuring the forming accuracy and surface quality of castings. Meanwhile, the hydraulically driven mold opening and closing mechanism can accurately control the mold's opening and closing actions, improving production efficiency and safety. The hydraulic system can also be used in the hydraulic clamping devices of casting equipment to ensure the mold fits tightly during the casting process, preventing molten metal leakage and providing reliable support for the production of high-quality castings.

In gear processing equipment, the hydraulic system provides stable power and precise motion control for machine tools, ensuring the machining accuracy and surface quality of gears. Hydraulically driven gear quenching equipment can precisely control quenching pressure and temperature, enabling gears to obtain excellent mechanical properties and wear resistance. The efficient transmission and energy-saving characteristics of hydraulic products reduce the energy consumption of gear processing equipment and improve production efficiency.