SVR Global is top rated Pressure Reducing Valve Manufacturer in USA. We manufacture premium quality valves that are durable and work effectively in harsh conditions. A pressure reducing valve (PRV) is used in plumbing and process systems to regulate and control the pressure of fluids. The valve is designed to automatically adjust the flow of the fluid to maintain a specific pressure downstream of the valve
A pressure reducing valve’s main function is to regulate and control the pressure of mediums such as gases or liquids to its optimal level of pressure. They are used for the regulation of liquids and gases. This valve is widely used for protection against water hammer. It stabilizes high pressure of the fluids to its desired valve with the help of hydraulic system. It is advised to install this valve in the right manner for the smooth functioning of the valve. It consist of pressure setting, a sensor and a restrictor. It also consists of separate pressure sensor, flow valve and controller.
Pressure Reducing Valve Manufacturer in USA ensures free delivery all over USA. These valves work very smoothly and quickly in regulating the fluids and gases. They are in demand in many industries like Aviation, Oil & Gas, Mining Industry etc.

PARTS
• Body: The body of the PRV is the main housing that contains the internal components.
• Inlet: The inlet is the port that allows the fluid to enter the PRV from the upstream side.
• Outlet: The outlet is the port that allows the fluid to exit the PRV from the downstream side.
• Seat: The seat is a sealing surface where the valve disc or piston closes against to regulate the fluid flow.
• Valve disc or piston: The valve disc or piston is the component that moves in response to changes in pressure to regulate the flow of fluid.
• Spring: The spring is the component that applies force to the valve disc or piston to keep it closed against the seat.
• Adjustment mechanism: The adjustment mechanism is used to set the desired outlet pressure of the PRV by adjusting the spring force.
• Diaphragm: In some PRVs, a diaphragm is used to sense the upstream pressure and control the valve disc or piston movement.
• Pilot valve: Some PRVs also have a pilot valve that operates the main valve based on the upstream pressure or other signals.

TYPES
• Direct Acting PRV: This type of PRV uses a spring and diaphragm to regulate the pressure. The diaphragm senses the downstream pressure and opens or closes the valve based on the spring tension.
• Pilot Operated PRV: This uses a separate control valve and a pilot valve to regulate the pressure. The pilot valve senses the downstream pressure and sends a signal to the control valve, which then adjusts the main valve accordingly.
• Proportional PRV: This type of PRV uses a motorized actuator and a control system to maintain a precise pressure. The control system continuously monitors the downstream pressure and adjusts the actuator to maintain the desired pressure.
• Differential PRV: This is used in applications where the pressure on the downstream side varies widely. The valve senses the pressure difference between the upstream and downstream sides and adjusts the flow rate to maintain a constant pressure downstream.
• Pressure relief valve: This type of valve is designed to protect a system from overpressure. It opens when the pressure exceeds a set limit and releases the excess pressure to prevent damage to the system.
• Flanged PRV: A flanged water pressure reducing valve (PRV) is designed to regulate and control the pressure of water in large industrial and commercial water supply systems.
• Water PRV: A water pressure reducing valve (PRV) is used in plumbing systems to regulate and control the pressure of water.

INDUSTRY
• Manufacturing Industry
• Automotive Industry
• Chemical Industry
• Petrochemical Industry
• Power generation
• Water Industry
• Oil and gas industry
• Pulp & Paper industry

APPLICATION
• Water supply systems: PRVs are used in water supply systems to reduce the high pressure of the incoming water to a safe and consistent level for household and commercial use.
• HVAC systems: PRVs are used in heating, ventilation, and air conditioning (HVAC) systems to regulate the flow of refrigerant and maintain the desired pressure and temperature.
• Industrial processes: PRVs are used in a wide range of industrial processes to regulate the pressure of fluids and gases, such as steam, compressed air, and natural gas.
• Fire protection systems: PRVs are used in fire protection systems to maintain the required water pressure and flow rate for sprinklers and fire hydrants.
• Oil and gas production: PRVs are used in oil and gas production systems to regulate the pressure of fluids and gases and maintain safe operating conditions.
• Chemical processing: PRVs are used in chemical processing plants to regulate the pressure of corrosive and hazardous fluids and gases.

ADVANTAGES
• Protection of equipment and plumbing systems: Excessive pressure in fluid systems can cause damage to pipes, fittings, valves, and other equipment. PRVs help protect equipment and plumbing systems by reducing and controlling the pressure to a safe and consistent level.
• Improved energy efficiency: High pressure in fluid systems can also result in increased energy usage and waste. PRVs help improve energy efficiency by reducing the pressure and flow rate to the minimum required for the specific application.
• Increased safety: PRVs help maintain safe operating conditions by preventing overpressure and reducing the risk of accidents and equipment failure.
• Reduced water waste: In water supply systems, PRVs help reduce water waste by preventing leaks and excessive water usage due to high pressure.
• Improved product quality: In industrial processes, PRVs help maintain the desired pressure and flow rate, which is critical for ensuring consistent product quality.
• Reduced noise: Excessive pressure in fluid systems can cause noise and vibration, which can be reduced by installing PRVs to regulate the pressure.
• Flexibility: PRVs are available in a variety of types, sizes, and materials, making them suitable for a wide range of applications and operating conditions.
• They are durable and provide a reliable service throughout
• They have high performance and work optimally
• Quick and smooth in operation

Description
Body Material: Cast Iron, Cast Steel (A216 WCB, WCC, LCB, LCC, WC6, WC9), Ductile Iron, Stainless Steel [ SS316, SS304, SS316L, SS904L, CF8, CF8M, F304, F316, F31L, F51, F3, F55, F91 ]
Class: 150 to 800, PN10 to PN100
Size: DN15 to DN600
Ends: Butt welded, Socket welded, Threaded, Flanged
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https://svrglobal.net/products/pressure-reducing-valve/