Hydraulic systems are one of the key technologies in modern engineering and machinery,which are usually used to control and deliver high-pressure fluids to perform various precision tasks. In these systems, tungsten carbide plunger is one of the one of the core components with excellent performance and durability.

High pressure liquid control. Hydraulic systems rely on high-pressure fluid to transfer energy and control mechanical movement. Tungsten carbide plunger is a key component in the hydraulic system and is used to control the flow of fluid. They adjust valves and pistons with precise linear motion, allowing precise control of liquid flow and pressure. This kind of control performance is critical for a variety of applications such as construction machinery, automotive manufacturing and aerospace that require repetitive motion or specific position accuracy, ensuring the performance and quality of machines and equipment.

High pressure resistance and wear resistance. Hydraulic systems often operate at high pressures and therefore require components that can withstand high pressures and friction. Tungsten carbide plungers have extremely high hardness and wear resistance, which allows them to operate under high pressures without damage while maintaining long-term durability. This is critical to maintaining system reliability and stability.

Corrosion resistance. Hydraulic systems may operate in a variety of environmental conditions, including moisture, corrosive or hazardous gas environments. Because tungsten steel plungers are corrosion-resistant, they are able to maintain performance under these harsh conditions and reduce the frequency of maintenance and replacement.

Oston Carbide are supplying high-precision valve cores, stems, plungers and other wear-resistant parts according to customer drawings,welcome to contact us for more information.