Axial flow check valve

This axial flow check valve features a streamlined venturi-shaped flow passage with a spring-assisted axial shuttle disc design, providing ultra-low flow resistance, rapid response and reliable backflow prevention. Made of cast steel, stainless steel or alloy steel with optional metal hard seal or PTFE soft seal, it is suitable for preventing reverse flow of media such as water, oil, gas, steam and light corrosive fluids in high-pressure, high-temperature and large-flow pipeline systems. With short disc stroke and buffered closing action, it effectively reduces water hammer effect and protects pumps, compressors and pipeline equipment from backflow impact. Supporting flange or butt-weld connections, it is widely used in pump outlets, long-distance transmission pipelines, municipal water supply networks and petrochemical plants, delivering efficient and safe fluid control with long service life and minimal maintenance requirements.

Axial flow non slam check valve
Axial flow non slam check valve
The Axial Flow Non-Slam Check Valve is designed to provide reliable backflow prevention in pipelines where high velocity or sudden flow reversal may occur. Unlike traditional swing check valves, the non-slam feature ensures that the valve’s disc does not "slam" or close abruptly, preventing water hammer and reducing mechanical wear. This valve is particularly suitable for high-velocity applications, making it ideal for industries such as water treatment, power generation, oil and gas, and chemical processing. It offers enhanced durability, reliability, and protection for downstream equipment, while ensuring smooth and controlled fluid flow in critical applications.
Axial nozzle check valve
Axial nozzle check valve
The Axial Nozzle Check Valve is designed to prevent backflow in high-pressure pipelines, ensuring that fluid or gas only flows in one direction. It is commonly used in industries such as oil and gas, power generation, petrochemical, and water treatment, where controlling fluid direction is crucial for system protection and efficiency. The valve features a streamlined design that minimizes flow resistance, reducing energy consumption and increasing operational efficiency.
2500LB High pressure axial check valve
2500LB High pressure axial check valve
The 2500LB High Pressure Axial Check Valve is specifically designed to withstand extreme pressures in high-demand applications. Rated for 2500 PSI (2500LB), this valve ensures reliable and secure one-way fluid flow with robust backflow prevention. Its axial flow design and hard sealing surfaces make it an ideal choice for high-pressure pipelines in industries such as oil & gas, power generation, and petrochemical processing. The valve is built to handle harsh operating conditions while ensuring optimal performance and durability.
Tilted disc axial flow check valve
Tilted disc axial flow check valve
The Tilted Disc Axial Flow Check Valve is engineered to allow fluid flow in one direction while preventing backflow. It uses a tilted disc that is aligned with the flow path, offering minimal resistance, lower pressure drop, and reduced operational noise. The valve is designed to reduce water hammer effects and ensure smooth flow, even under high-pressure conditions, making it ideal for critical industrial systems.
Mute Axial Flow Check Valve
Mute Axial Flow Check Valve
The Mute Axial Flow Check Valve is a specialized valve designed to provide superior flow control and minimize the risk of water hammer, noise, and vibration in fluid systems. Unlike conventional check valves, the mute axial flow check valve incorporates a streamlined valve disc design and advanced internal structure to ensure smooth operation while significantly reducing the potential for water hammer, which is a common issue in many industrial piping systems. This valve is particularly suitable for applications where noise reduction and protection against system surges are essential.
Vertical forged steel check valve
Vertical forged steel check valve
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.