Welcome to the World of Ultra-High-Pressure Fluid
Ultra-high-pressure fluid technology is a core industrial technique that involves pressurizing gases or liquids to tens or hundreds of megapascals (MPa), releasing immense energy to drive diverse processes such as forming, cutting, testing, cleaning, and material handling. It serves as an indispensable power source for industries including hydrogen energy, biopharmaceuticals, semiconductor manufacturing, and advanced material processing.
In this field, HiFluid Industrial is dedicated to delivering self-developed and manufactured pressure generation units (gas boosters & pumps), control and transfer units (valves, fittings & tubing), and customized ultra-high-pressure systems. For advanced applications such as hydrogen compression, high-pressure testing, high-pressure processing (HPP), and hot isostatic pressing (HIP), HiFluid provides end-to-end solutions from system design and equipment manufacturing to installation, commissioning, training, and after-sales service.
Through the proactive optimization of our product portfolio and the cultivation of partnerships at an ecosystem scale, HiFluid is committed to helping global customers unlock the boundless potential of ultra-high-pressure fluid with greater efficiency and safety.
Core products
Ultra-High-Pressure Components
Hydraulically Driven Gas Boosters
HiFluid Hydraulically Driven Gas Boosters are suitable for pressurizing wide range of gases including hydrogen, with a maximum output pressure of 1200bar. lt finds extensive applications in ultra-high pressure, high-flow scenarios such as hydrogen compression, high-pressure testing, high-pressure processing, and hot isostatic pressing.
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Air Driven Gas Boosters
HiFluid Air Driven Gas Boosters are widely used for oil-free compression of various industrial gases (such as nitrogen, hydrogen, argon, helium, methane.), with a working pressure of up to 1,500bar. They can effectively replace electrically driven boosting equipment and are suitable for applications in various explosion-proof fields.
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Air Driven Liquid Pumps
HiFluid Air Driven Liquid Pumps can be used for filling oil, water, and various special liquid medium, with a maximum output pressure of up to 6,000bar. They play a key role in many application scenarios, especially in explosion-proof areas with high safety requirements.
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Air Driven Refrigerant Pumps
HFR series of Air Driven Refrigerant Pumps are suitable for various refrigerant media and conditions, offering high safety, media purity, low operating cost, portability, continuous start-stop capability, and easy maintenance.
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Valves, Fittings & Tubing
MorePackaged Systems
H₂ Compressor for H₂ Refueling
HiFluid independently developed Hydrogen Compressor for Hydrogen Refueling utilizes high-pressure hydraulic oil to directly drive the piston for hydrogen compression. This achieves complete physical isolation between hydrogen and hydraulic oil, eliminating any risk of oil contamination. The system delivers an output pressure of 45-100MPa and features exceptional sealing performance, stable operation, flexible start-stop capability and easy maintenance, it is widely applied in scenarios such as green hydrogen production, hydrogen refueling and hydrogen components testing.
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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.
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H₂ Cylinder H₂ Cycle Test System
The Hydrogen Cylinder Hydrogen Cycle Test System, independently developed by HiFluid, is designed to evaluate fatigue life under extreme temperature conditions and varying hydrogen temperatures. The standard test pressure is 87.5MPa, with test environments ranging from −40°C to 85°C.
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H₂ Cylinder Extreme Temperature Pressure Cycling Test System
Hydrogen Cylinder Extreme Temperature Pressure Cycling Test System, developed independently by HiFluid Industrial, this system is designed for fatigue life testing of hydrogen cylinders under ambient, extreme temperature, and multi-temperature medium conditions. It supports fatigue test pressures ≥ 87.5 MPa, with medium and environmental temperatures ranging from –40°C to +85°C and humidity ≥ 90%.
MoreHonors & Qualifications
By securing international certifications including ISO 9001 Quality Management System, ISO 14001 Environmental Management System, ISO 45001 Occupational Health and Safety Management System, and CE-ATEX Explosion Protection Directive, we have established a robust quality system aligned with global standards, working tirelessly toward the ultimate goal of zero defects.
From the very beginning, it has been the core of our mission to provide safe, stable, intelligent, and customized solutions for ultra-high pressure fluid applications, this just starts.
Management Systems
Patents
Government Recognition
Certifications
