Electric Driven Gas Boosters

HiFluid Electric Driven Gas Boosters require neither a hydraulic power unit nor compressed air. Utilizing direct motor drive technology combined with a servo control system, they efficiently pressurize gas media and achieve precise regulation of both flow rate and pressure. These systems are widely applied in ultra-high-pressure, high-flow applications such as gas filling, leak testing, and semiconductor processes.

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 180MPa. They can effectively replace electrically driven boosting equipment and are suitable for applications in various explosion-proof fields.

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 600MPa. They play a key role in many application scenarios, especially in explosion-proof areas with high safety requirements.

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.

Hydraulically Driven Liquid Pumps

The hydraulically driven liquid pump developed and manufactured by HiFluid Industrial uses low-pressure hydraulic oil as the driving source to boost liquid media to the required pressure. The pump is designed with a standard maximum working pressure of up to 700MPa. For applications requiring higher operating pressures, customized designs can be provided.

Valves, Fittings & Tubing

HiFluid Industrial offers high-pressure Valves, Fittings & Tubings across multiple pressure grades, widely used in hydrogen compression, high-pressure testing, high-pressure processing, hot isostatic pressing, and other applications within industries such as energy, food processing, aerospace etc. The products feature high strength, superior sealing, corrosion resistance, and hydrogen embrittlement resistance, supporting working pressures up to 150,000 psi to meet the demands of long-term stable operation under extreme conditions.

H? 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.

H? Cylinder H? 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.

H? 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%.

H? Cylinder Hydrostatic Burst Test System

Developed independently by HiFluid Industrial, the Hydrogen Cylinder Hydrostatic Burst Test System is designed for evaluating the pressure-bearing capability, overall safety performance, and reliability of high-pressure hydrogen cylinders, with test pressures reaching ≥ 200 MPa.

H? Cylinder Leak Test System

Developed independently by HiFluid Industrial, the Hydrogen Cylinder Leak Test System is designed for stringent leak detection of on-board hydrogen cylinders, supporting test pressures of ≥ 87.5 MPa.

H? Cylinder Hydrostatic Test System

Developed independently by HiFluid Industrial, the Hydrogen Cylinder Hydrostatic Test System fully supports both the internal measurement method and external measurement method required for on-board hydrogen cylinder testing, with test pressures up to ≥ 105 MPa.

Wellhead Control Panel (WHCP)

The HiFluid Wellhead Control Panel (WHCP) is a safety control system designed for the centralized control of wellhead safety valves and actuators in oil and gas wells. It is designed and manufactured in accordance with API 6A Specification for Wellhead and Christmas Tree Equipment, API 14B Design, Installation, Repair, and Operation of Subsurface Safety Valve Systems, and API 14A Specification for Subsurface Safety Valve Equipment.

Portable Gas Tightness Test System

The portable gas boosting test system is designed for on-site gas pressurization and uses the boosted gas for leak-tightness testing, pressure holding verification, and related test conditions. Centered on a gas boosting module, it pneumatically boosts media such as air and nitrogen in a stable manner to meet on-site testing requirements at different pressure levels.

High-Pressure Gas Injection System

The high-pressure gas injection system is mainly used for high-pressure operations such as gas injection for enhanced oil recovery and water-blocking gas production. Building on the customer’s existing mechanical compressor that completes medium-to-low pressure compression, the system provides secondary boosting on the high-pressure section to deliver stable and controllable high-pressure injection output—ideal for retrofitting existing assets and reinforcing high-pressure capacity.

Servo Electric Boosting System

Independently developed and manufactured by HiFluid Industrial, the Servo Electric Gas Booster System operates without a hydraulic power unit or compressed air supply. It adopts direct motor-driven technology combined with an advanced servo control system to efficiently boost gas media, enabling precise control of both pressure and flow.