Single-drive piston, each operating cycle achieves one time boost, compact and lightweight.
G Series Single-drive Single-acting Air Driven Liquid Pumps
G Series Single-drive Double-acting Air Driven Liquid Pumps
Single-drive piston, each operating cycle achieves two times boost, offering a larger flow rate compared to single-drive single-acting types under the same pressure ratio.
G Series Double-drive Single-acting Air Driven Liquid Pumps
Double-drive piston, each operating cycle achieves one time boost, offering a larger flow rate compared to single-drive single-acting types under the same pressure ratio, but with higher compressed air consumption.
G Series Air Driven Liquid Pumps with Distance Piece
Single-drive piston, with one pressure boost per working cycle. Equipped with isolation components and safety vent holes to fully isolate the high-pressure chamber from the drive chamber, effectively preventing medium contamination.
S Series Air Driven Liquid Pumps
Single-drive piston, with one pressure boost per working cycle. Smaller in size and lighter in weight compared to the G series.
M Series Air Driven Liquid Pumps
Single-drive piston, with one pressure boost per working cycle. Smaller in size and lighter in weight compared to the S series.
G Series Single-drive Single-acting Liquid Pumps
G Series Single-drive Double-acting Liquid Pumps
G Series Double-drive Single-acting Liquid Pumps
G Series Air Driven Liquid Pumps with Distance Piece
S Series Air Driven Liquid Pumps
M Series Air Driven Liquid Pumps
· The gas-driven medium generates no heat, sparks, or flames during the pressurization process, ensuring safe boosting.
· High output pressure.
· Zero energy consumption during pressure retention at the preset pressure, with automatic liquid intake, pressure compensation, and retention.
· Compact structure, strong reliability, and wide application range.
· Pressure Standard, Calibration, and Verification: Provides standard hydraulic pressure for calibrating, verifying, and ensuring equipment accuracy.
· Hydrostatic Pressure and Fatigue Testing: Used in hydraulic systems to simulate high-pressure conditions for pressure resistance, burst, and fatigue testing.
· Fluid Pressure Control: Controls fluid pressure, ensuring that the fluid flow in the system meets the required standards.
· Special Medium Handling: Used for filling, injecting, or processing special liquid media, such as chemicals or high-viscosity fluids.
· High-Pressure Cleaning: Provides high-pressure liquids for various cleaning applications, ensuring effective cleaning.
