
| Brand | ASHA |
| Type | H2 Pressure Regulators |
| Application | Ideal for fuel cells, hydrogen energy, chemical processes |
| Material | High-Quality, Corrosion-Resistant Construction |
| Certification | ISI Certified (IS:6901) |
| Inlet Pressure | 0-400 Bar |
| Outlet/Working Pressure | 0-12 Bar |
| Weight | 2.5 kg |
| Dimensions (L x W x H) | 15 x 15 x 25 |
The Asha Two Stage H2 Pressure Regulators are advanced, precision-engineered regulators designed for hydrogen (H2) gas applications. Featuring a two-stage regulation system, these regulators provide stable and accurate hydrogen gas pressure control in a variety of industrial, scientific, and laboratory applications. Certified to ISI standards (IS:6901), the Asha Two Stage H2 Pressure Regulators are engineered to deliver optimal safety, performance, and precision, making them the ideal choice for hydrogen gas systems, fuel cell applications, chemical processes, and research environments.The two-stage regulation ensures a gradual reduction in pressure, allowing for consistent and controlled hydrogen delivery, even when the supply pressure varies. These regulators are built to withstand the demanding needs of industries like hydrogen energy, chemical engineering, electronics manufacturing, and hydrogen-based fuel systems.
Key Features:
Two-Stage Regulation: The two-stage regulation system provides consistent and stable pressure by gradually reducing pressure, ensuring controlled and accurate hydrogen delivery, even with fluctuating supply pressures.
Hydrogen-Specific Design: Optimized for hydrogen (H2) applications, these regulators are essential for fuel cell systems, hydrogen energy applications, and other specialized environments requiring precise hydrogen gas regulation.
ISI Certified (IS:6901): Meets Indian Standards (IS:6901) for safety and performance, ensuring the regulator adheres to stringent regulations and is suitable for critical industrial and research applications.
Durable & Corrosion-Resistant: Built with high-quality, corrosion-resistant materials, these regulators are designed for long-lasting durability in demanding environments.
Precise Pressure Control: The two-stage regulation ensures gradual pressure reduction, providing accurate and reliable hydrogen gas delivery, even under variable supply conditions.
Clear Gauges: Features easy-to-read gauges for pressure monitoring, allowing operators to adjust and control hydrogen pressure with precision.
Versatile Applications: Ideal for use in hydrogen-based fuel systems, laboratory experiments, chemical processes, and hydrogen-powered energy systems.
Applications:
Fuel Cell Applications: Perfect for use in hydrogen fuel cells, ensuring precise gas delivery for optimal fuel cell performance and energy generation.
Hydrogen Energy Systems: Essential for hydrogen energy production, ensuring safe and controlled hydrogen delivery in power generation, storage, and energy systems.
Chemical & Industrial Processes: Used in chemical engineering and hydrogen-related manufacturing processes, where controlled hydrogen gas is essential for chemical reactions and production.
Laboratories & Research: Ideal for scientific research and laboratory experiments where hydrogen gas is used as a reagent or for other research purposes.
Electronics Manufacturing: Suitable for electronics industries where hydrogen is used in processes like semiconductor manufacturing and cleaning processes.
Conclusion:
The Asha Two Stage H2 Pressure Regulators offer a reliable, safe, and precise solution for regulating hydrogen gas pressure in a wide range of industrial, scientific, and laboratory applications. With their two-stage regulation, ISI certification, and durable construction, these regulators ensure consistent performance and optimal hydrogen delivery. Whether you’re in fuel cell applications, hydrogen energy systems, or chemical processing, the Asha Two Stage H2 Pressure Regulators provide superior control and safety, making them an essential tool for managing hydrogen gas.
For more insights, contact us:
Email: sales@industrywaala.com
Contact Number: +91 7377 01 7377


