HiFluid-Ultra High Pressure-H2 Valve Test System

H₂ Valve Test System

HiFluid developed a Hydrogen Valve Test System for leak testing, electrical performance testing, and flow testing of cylinder valves, pressure regulators, and other hydrogen-related valves. The system supports test pressures up to 105MPa.

It complies with GTR13, ECE R134, ISO 12619, ANSI/CSA HPRD1, and ANSI/CSA HGV3.1 standards, and can be customized according to user requirements, providing a safe, efficient, stable, and reliable solution for hydrogen valve performance verification.

At the heart of the system is HiFluid’s proprietary pneumatic gas booster, featuring a unique sealing design that requires no lubrication, ensuring contamination-free gas compression.

Beyond hydrogen storage equipment testing, HiFluid provides comprehensive valve testing solutions for industries including energy, chemicals, aerospace, aviation, and automotive, with a focus on safety, stability, intelligence, and customization.

· Applicable for various testing media including hydrogen.

· Enables automatic switching and proportional mixing of different testing media.

· The core component, a gas booster, features a unique sealing structure that requires no lubrication, ensuring contamination-free compression of the medium.

· The vacuum chamber is embedded within a high-low temperature environmental chamber, enabling helium leak detection under varying temperature conditions.

· Test data is displayed in real-time or used to generate performance curves as needed, supporting remote test management and data monitoring.

· Type testing and factory inspection during the valve development and production process.

· Testing valve performance parameters for quality inspection units to ensure product quality meets relevant standards.

· Performance testing of hydrogen valves after maintenance, with precise measurement of various performance indicators.

· Research and academic institutions use the bench for the development, teaching, and experimental research of hydrogen valves and systems, providing precise testing data and experimental support for researchers, and serving as a platform for experimental teaching and training in universities.

Get quote