Each working cycle generates two single-stage pressure ratio increments, ensuring a continuous and stable high-flow output.
Single-stage double-acting Hydraulically Driven Gas Boosters
Double-stage single-acting Hydraulically Driven Gas Boosters
Each working cycle generates a single dual-pressure-ratio boost output, facilitating high-pressure output even under low inlet pressure conditions.
Single-stage double-acting Hydraulically Driven Gas Boosters
Double-stage single-acting Hydraulically Driven Gas Boosters
· Designed for gas applications of high-pressure and high-flow, suitable for pressurizing wide range of gases including hydrogen.
· Capable of operating under frequent start-stop and sustained heavy-duty conditions.
· Features superior sealing performance, effectively suppressing leakage of small-molecule gases and completely eliminating contamination risks to pressurized media, with extended maintenance intervals and easy replacement.
· Available as booster modules for seamless incorporation into packaged systems.
· Gas Pressurization: For better storage and transfer.
· Hydrogen Vehicles Refueling: Auto, construction machinery, rail, watercraft, aircraft, etc.
· High-Pressure Testing: Hydrogen cylinder hydrogen cycle test system, aerospace wind tunnel test system.
· High-Pressure Production: hot isostatic pressing.
