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High Pressure Regulator ｜ Precise High-Pressure Control for Specialized Industrial Applications
Key Takeaways
• High Pressure Regulator is designed for applications requiring higher pressure and flow rates than standard regulators
• Supports Oxygen, Argon, Helium, Nitrogen, and Hydrogen in a single unit
• Provides stable outlet pressure even during continuous high-pressure operation
• Ideal for specialized industries, testing, research, and energy systems
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Pressure control in certain industrial applications cannot rely on standard regulators due to demands for higher pressure, higher flow rates, and enhanced safety. The High Pressure Regulator is therefore engineered to withstand more severe operating conditions while maintaining precise and continuous pressure control.
In high-pressure systems, even slight fluctuations in outlet pressure can affect process quality or increase safety risks. The High Pressure Regulator mitigates these issues at the source, ensuring greater operational stability throughout the system.
The internal structure of the High Pressure Regulator is built to endure high-pressure conditions and employs multi-stage control to maintain consistent outlet pressure. It supports high flow rates without pressure drop and is well suited for continuous operation in systems that demand high reliability.
The JFT-Hc (Stainless Body Model) is specifically developed for high-pressure applications. It supports Oxygen, Argon, Helium, Nitrogen, and Hydrogen within a single unit.
Supported inlet pressures are 25 MPa (Max. 15 MPa) for Oxygen / Argon and 35 MPa (Max. 20 MPa) for Helium / Nitrogen / Hydrogen.
For outlet pressure, maximum working pressure, and flow rate, multiple ranges are available as follows:
• 5 MPa / 3 MPa / 25 Nm³/h (P2 = 3 MPa)
• 10 MPa / 6 MPa / 50 Nm³/h (P2 = 6 MPa)
• 20 MPa / 12 MPa / 80 Nm³/h (P2 = 10 MPa)
• 25 MPa / 15 MPa / 100 Nm³/h (P2 = 12 MPa)
• 35 MPa / 20 MPa / 115 Nm³/h (P2 = 15 MPa)
The unit weighs 2.6 kg and features a robust housing designed for continuous high-pressure operation. It is ideal for systems that require both high pressure and high flow rates simultaneously.
This High Pressure Regulator is widely used across industries including high-pressure gas supply systems in factories, pressure testing, research applications, energy and hydrogen industries, specialty gases, and manufacturing processes that demand exceptionally precise pressure control.
Selecting the appropriate High Pressure Regulator for the gas type, pressure level, and flow rate ensures stable system performance, reduces safety risks, and enhances overall process reliability.
Summary
The High Pressure Regulator is a critical component in high-pressure gas systems. The JFT-Hc model is engineered to reliably support high pressure and high flow rates, enabling safe, accurate, and long-term operation with confidence.
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❓ FAQ
Q: How does a High Pressure Regulator differ from a standard regulator?
A: It is designed to handle significantly higher pressure and flow rates, with a structure specifically reinforced for high-pressure operation.
Q: What gases are supported?
A: Oxygen, Argon, Helium, Nitrogen, and Hydrogen.
Q: What types of applications is it suitable for?
A: Specialized industrial applications, testing, research, and high-pressure gas systems.
📚 Glossary (Key Terms)
• High Pressure Regulator: A pressure control device designed for high-pressure applications
• Multi-stage control: A pressure regulation method using multiple stages
• Nm³/h: Unit of gas flow rate
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Industrial gas pressure regulator / Gas cutting equipment
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With 36 years of experience in Thailand, NIPPON CUTTING & WELDING EQUIPMENT CO., LTD. has continued to manufacture related equipment based on gas cutting technology. In recent years, in addition to pl ...
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