Stainless Steel Schedule Pressure Relief Valves Supplier in Saudi Arabia

A Pressure Relief Valve (PRV) is the final line of defense in an industrial fluid system. Its primary function is to protect life, property, and equipment by venting pressurized media (liquid, gas, or steam) when the system pressure rises above a safe operating limit.

Precision Spring-Loaded Mechanism

Our PRVs utilize a high-tension, corrosion-resistant stainless steel spring that holds the valve disc against the seat. When the system pressure exerts a force greater than the spring’s pre-set tension, the disc lifts, allowing the excess pressure to escape through the discharge port. Once the pressure returns to a safe level (the “blowdown” point), the spring forces the disc back onto the seat, re-sealing the system.

Industrial Grade Reliability

Specifically engineered for integration into Schedule 10 and Schedule 40 piping networks, these valves are built to withstand the rigors of heavy industrial use. The SS 316L construction ensures that the internal “trim” components do not corrode or scale, which is vital for ensuring the valve will actuate reliably even after long periods of inactivity.

Versatile Configuration Options

To match your specific piping requirements, we offer:

1. Threaded Relief Valves (NPT): Compact design for smaller branch lines and modular skids.

2. Flanged Relief Valves (ANSI 150/300): Heavy-duty protection for large-diameter headers and primary pressure vessels.

• Chemical Process Vessels: Protecting reactors and storage tanks from overpressure during exothermic reactions or pump malfunctions.

• Steam Distribution Headers: Critical safety component for industrial boilers and steam lines to prevent catastrophic pipe failure.

• Oil & Gas Refining: Safeguarding high-pressure separators and gathering lines in corrosive SS 316 process environments.

• Water Treatment Plants: Protecting large-scale filtration arrays and pump discharge lines from water hammer and surge pressures.

• Pharmaceutical Manufacturing: Ensuring the safety of sterile batching vessels and clean-steam systems.

• Pneumatic Systems: Relieving excess pressure in large-volume air receiver tanks and distribution headers.

• Hydraulic Power Units: Fail-safe protection for high-pressure hydraulic reservoirs and fluid transfer lines.