Our balanced high pressure stop valve is specifically engineered for precise flow regulation in 2500LB Class (PN420) applications. The innovative pressure-balanced plug design ensures smooth operation while maintaining reliable shut-off under extreme pressures.

Our forged steel globe valve is precision-engineered for reliable flow regulation in high-pressure and high-temperature applications. Manufactured from ASTM A105/A182 forged steel, it delivers superior durability and leak-tight performance for...

Our DN15-DN50 Forged Steel High Temperature Stop Valve is engineered for extreme pressure and temperature services in power generation, petrochemical, and oil & gas applications. Designed with Class 2500 pressure...

The Socket Welding Forged Steel Stop Valve is a high-performance isolation valve designed for small-bore piping systems requiring leak-tight shutoff in high-pressure applications. Manufactured from premium forged steel, this compact...

The Forged Steel Flange Globe Valve is a precision-engineered flow control solution designed for small pipeline applications requiring accurate throttling and reliable shut-off. Manufactured from premium forged steel, it delivers...

The Lift Type Forged Steel Check Valve is a precision-engineered solution designed for compact pipeline backflow prevention in high-pressure systems. Featuring a vertically moving disc and forged steel construction, it...

The Forged Steel Swing Check Valve is a compact, high-performance solution designed for small pipeline backflow prevention (DN15-DN50). Featuring precision-forged construction and a lightweight swing disc, it ensures reliable one-way...

The Bellows Type Forged Steel Gate Valve is a high-performance solution designed for critical isolation tasks in applications requiring zero leakage and high reliability. Featuring a forged steel body and...

The Self-actuated Forged Steel Gate Valve is a high-performance, automated solution designed for critical isolation tasks in oil and gas, petrochemical, and power generation industries. Combining the strength of forged...