锻钢截止阀

This forged steel bellows globe valve adopts an integral forged steel body matched with special stainless steel bellows as the core sealing component. It realizes fully enclosed zero leakage of the valve stem by means of bellows elastic deformation, with dual functions of pipeline shut-off and flow regulation.

The Forged Steel Gate Valve is a high-performance solution designed for extreme pressure and temperature applications in oil and gas, petrochemical, and power generation industries. Manufactured through precision forging, it offers superior strength, durability, and leak-tight sealing, making it ideal for critical isolation tasks in harsh environments. This valve is strictly for on/off service and not suitable for throttling.

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 steel construction with self-actuated operation, it ensures reliable, energy-efficient performance in high-pressure and high-temperature environments. This valve is strictly for on/off service and not suitable for throttling.

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 a bellows seal, it ensures exceptional sealing performance in high-pressure, high-temperature, and hazardous environments. This valve is strictly for on/off service and not suitable for throttling.

In summary, our DN15-DN50 forged steel cryogenic gate valve delivers reliable, leak-proof performance for compact cryogenic systems, featuring space-saving design, -196°C operation, and Class VI sealing - all built with durable ASTM A350 forged steel for long service life in LNG, lab, and gas applications. Contact us today for fast delivery from stock.

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 exceptional performance in high-pressure systems up to ANSI Class 2500. Ideal for instrumentation, utility, and process control applications in oil & gas, petrochemical, and power industries.

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 valve offers superior strength and durability for critical services in oil & gas, petrochemical, and power generation industries.

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 rating, this compact yet robust valve delivers reliable isolation in high-temperature steam, thermal oil, and process fluid systems up to 650°C (1200°F).

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 critical process systems.

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.

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 flow control in instrumentation, sampling, and utility systems. This valve operates automatically and is not suitable for flow regulation.

This vertical forged steel check valve adopts an integral forged steel body and vertical structure, which automatically opens and closes by medium pressure to effectively prevent backflow. It is specially designed for small-bore high-temperature and high-pressure working conditions.