Back Pressure Regulating Valve

Industrial-grade back pressure regulator featuring 316L stainless steel construction and piston-sensed design. Rated for 6000 PSI maximum inlet pressure with operating temperature range of -40°F to 165°F. Available in multiple pressure ranges and connection options including 1/4" NPT, 3/8" NPT, and LOK fittings for versatile high-pressure applications.

Piston-sensed back pressure regulator for high-pressure gas and liquid applications. Features 6000 PSI maximum inlet pressure, ultra-low leakage rate of 2×10⁻⁸ atm cc/sec He, and operating temperature range of -40°F to 165°F. Constructed with 316L stainless steel body and Viton O-rings for superior corrosion resistance and durability.

AFK RW75 back pressure regulator features piston-sensed design for high pressure and low flow control. Constructed with 316L stainless steel body, PCTFE/Vespel seat, and Viton O-rings. Temperature range -40°F to 160°F with leak rate of 2×10⁻⁸ atm·cc/sec He. Ideal for gas chromatography, laboratories, and industrial applications.

High-performance RW75 back pressure regulator featuring piston-sensed design for precise high pressure and low flow control. Constructed with 316L stainless steel body, Viton O-rings, and PCTFE/Vespel seats. Withstands 1.5x maximum inlet pressure, operates from -40°F to 160°F, and offers ultra-low leak rate of 2×10⁻⁸ atm·cc/sec He. Ideal for gas chromatography, laboratories, and industrial applications.

Piston-sensed single-stage back pressure regulator with 300 Psi maximum inlet pressure and 0.06 CV flow coefficient. Features 316L stainless steel construction, CE certification, and operates in -40℉ to 160℉ temperature range. Ideal for gas chromatography, research labs, and petrochemical applications with Viton O-rings and multiple connection options.

Industrial-grade RW75 back pressure regulator with piston-sensed design for high pressure and low flow control. Features 316L stainless steel construction, -40°F to 160°F temperature range, and 2×10⁻⁸ atm.cc/sec leak rate. Ideal for gas chromatography, laboratories, and petrochemical applications with 1/4" NPT connections.

RW75 Series piston-sensed back pressure regulator for high pressure and low flow control. Features 316L stainless steel construction, temperature range -40°F to 160°F, and 1/4" NPT ports. Ideal for gas chromatography, research labs, and petrochemical applications with ultra-low helium leak rate performance.

Industrial-grade back pressure regulator featuring piston-sensed design for high-pressure gas and liquid applications. Constructed with 316L stainless steel body, Vespel seat, and Viton O-rings. Offers multiple pressure ranges up to 6000 PSI, various connection options, and operates in extreme temperatures from -40°F to 165°F.

Industrial-grade back pressure regulator with piston-sensed configuration for high-pressure gas and liquid applications. Features 316L stainless steel construction, 6000 PSI maximum inlet pressure, and wide temperature range from -40°F to 165°F. Ideal for demanding industrial environments requiring precise pressure control and reliable performance.

Industrial-grade back pressure regulator with piston-sensed design rated for 6000 PSI maximum inlet pressure. Features 316L stainless steel construction, -40°F to 165°F operating range, and ultra-low 2×10⁻⁸ atm cc/sec He leakage rate. Available in multiple connection types including NPT and LOK fittings for versatile high-pressure applications.

Precision stainless steel back pressure regulating valve with 0.08 Cv value and 300 PSI maximum pressure. Features SS316L construction, multiple pressure ranges (0-25 to 0-250 PSI), and compatibility with gases and liquids. Ideal for industrial applications requiring accurate upstream pressure control with low leakage rates.

Product Description: The Back Pressure Regulating Valve is a stainless steel pressure reducing valve specifically designed for industrial applications. With adjustable pressure settings and threaded F connection, this self-venting nitrogen gas pressure regulator is perfect for controlling and reducing the pressure of nitrogen gas. The stainless steel 316 construction ensures this valve is resistant to corrosion, and its high-performance design ensures a long-term, reliable

Product Description: This Self-venting Nitrogen Gas Pressure Regulator is a panel type pressure reducing valve made of Stainless Steel 316, with a Pressure Range of 3000PSI and a Connection Type of Threaded F. It is adjustable and provides a safe and efficient way to reduce pressure. This Stainless Steel Pressure Reducing Valve is an ideal solution for controlling pressure in nitrogen gas systems. It has the features of Self-Venting Pressure Reducing Valve which can help to

Product Description: Our Self-venting Nitrogen Gas Pressure Regulator is a Back Pressure Regulating Valve engineered to provide reliable performance in industrial applications. This Panel Type Pressure Reducing Valve is capable of reducing pressure up to 3000PSI. It is constructed from durable materials and designed to provide accurate and efficient pressure regulation. This Nitrogen Pressure Reducing Valve is engineered to meet stringent industry standards and is backed by a

Product Description: Back Pressure Regulating Valve is a nitroge pressure reducing valve that is designed to adjust and control the pressure of nitrogen gas. Made of stainless steel 316, this valve has a pressure range of 3000psi and has a threaded F connection for easy installation. The adjustable pressure setting of the valve makes it suitable for a variety of applications. This valve is backed by a one-year warranty for quality assurance. It is ideal for a variety of

Product Description: Back Pressure Regulating Valve is a panel type pressure reducing valve made of stainless steel 316 material. It is designed for industrial applications and has a size of 1/4 NPTF. It is equipped with an adjustable pressure setting and a threaded F connection type. The valve effectively reduces pressure in a system to a preset value and maintains it at that level. It is an effective tool for controlling and regulating the pressure in a system, making it an