R13 Stainless Steel High Pressure Nitrogen/Argon/ammonia/helium Pressure Reducing Valve

The WR13 High-Flow Pressure-Reducing Valve, featuring a corrugated Hastelloy diaphragm, large bore with high Cv value, built-in filtration, low-leakage corrosion-resistant materials, and optional oxygen configuration, provides a one-stop solution to your process, cost, and safety issues—such as sluggish pressure regulation, pressure drop at high flow rates, damage caused by corrosive gases, valve jamming due to impurities in the piping, safety hazards associated with high-purity oxygen, excessive gas leakage, and poor compatibility with high-pressure gas sources.

Specifically, the following seven issues are addressed:

1. Resolving issues of unstable flow and excessive pressure drop

With a Cv value of 1.8 and a large-bore design, pressure does not drop during high-flow gas supply. Pressure remains stable even when multiple devices use gas simultaneously, making it suitable for high-gas-consumption processes such as semiconductor manufacturing and hydrogen energy.

2. Resolving issues of poor pressure regulation accuracy and sluggish response

Corrugated Hastelloy diaphragm with high sensitivity; precise pressure control is achieved through fine-tuning of the knob, ensuring linear and smooth adjustment within small pressure ranges.

3. Solves issues of valve body corrosion caused by corrosive or toxic gases and frequent replacement

Hastelloy diaphragm + PCTFE seat; resistant to various corrosive and highly toxic specialty gases, significantly extending valve body service life and reducing operational and maintenance replacement costs.

4. Solves issues of pipeline impurities jamming the valve and internal leakage in the valve core causing overpressure

The inlet is equipped as standard with a 20μm 316L filter screen that intercepts metal debris and welding slag from the pipeline, preventing valve seat jamming and overpressure damage to downstream precision equipment caused by incomplete shutoff.

5. Solves issues of spontaneous combustion and medium contamination in high-purity oxygen applications

Supports specialized models for oil-free, clean oxygen, eliminating the risk of spontaneous combustion from oils and preventing the leaching of impurities that could contaminate high-purity gases; suitable for laboratories and oxidation processes.

6. Addresses gas leakage, safety, and consumable waste issues

Bubble-level internal sealing with external helium leak detection ≤1×10⁻⁹ mbar l/s prevents the leakage of expensive rare gases and toxic gases, meeting the stringent leak detection standards of the semiconductor industry.

7. Solves Issues with High-Pressure Gas Sources and Piping Connection Compatibility

Withstands inlet pressures up to 500 psig, featuring 3/4 NPT large-bore inlet and outlet ports plus a separate 1/4 NPT pressure gauge port—eliminating the need for additional adapters and reducing potential leakage points in the piping system.