Equipment Category
Browse LITE air, process-gas, liquid and specialty booster pumps. Select by drive conditions, inlet pressure, target outlet pressure and flow at the duty point.
Details for this page in this language are being prepared. Read an available version: English · 中文
Air Pressure Boosters
DGM03 is a single-acting air booster for local boosting of clean compressed air. Its nominal 3:1 ratio supports selection for pneumatic fixtures and test-station air supplies.
Gas Booster Pumps
2DGD uses a double-acting, dual-drive-cylinder design to further boost pre-pressurized process gas. Select the gas and operating point for transfer, filling or leak-test gas supply systems.
Liquid Booster Pumps
This custom liquid booster uses a 250 mm air-drive cylinder. Configuration depends on required flow at the target pressure, available drive air and liquid inlet supply.
Air Pressure Boosters
ALM02 uses compressed-air drive to provide locally boosted air for pneumatic clamps, actuators and leak-test stations. Its 2:1 boost ratio supports selection around an existing compressed-air supply.
Air Pressure Boosters
LTGPV boosts compressed air locally with a choice of 2:1 and 5:1 ratios. Select the model from the available air supply and required pressure, then match piping and air storage to the usage cycle.
Air Pressure Boosters
DGV08 is a single-acting air booster for local boosting of clean compressed air. Its nominal 8:1 ratio supports selection for pneumatic fixtures and test-station air supplies.
Gas Booster Pumps
LTA uses a single-acting design with air-operated reversal for reciprocating gas boosting. Select a model for gas pressure build-up and pressure-holding systems using the gas type, inlet pressure and flow at the target pressure.
Gas Booster Pumps
LTD uses a single-stage, dual-head design for boosting gas supplied at a positive inlet pressure. Its pressure relation includes inlet pressure, so gas supply and drive-air conditions must be checked together.
Gas Booster Pumps
LTT uses two-stage compression to raise inlet gas to the required pressure. Model selection can accommodate low inlet-pressure supplies; check the individual inlet pressure range for each model.
Liquid Booster Pumps
LA pumps use an 80 mm air-drive piston for liquid boosting, pressure testing and equipment integration. Select a model for the liquid and the required pressure and flow.
Liquid Booster Pumps
LB pumps use a 125 mm air-drive piston for liquid boosting, pressure testing, injection and pressure-holding circuits. Selection accounts for air supply, liquid inlet conditions and duty cycle.
Liquid Booster Pumps
LBD pumps combine a 125 mm air-drive piston with a double-acting configuration for liquid boosting and pressure testing. Match the model and air supply to flow at the target pressure and the duty cycle.
Liquid Booster Pumps
LTG air-driven liquid pumps offer a choice of pressure ratios for liquid boosting and pressure-test circuits. Select by target pressure, liquid inlet conditions and duty cycle.
Liquid Booster Pumps
LTGD air-driven liquid pumps offer a choice of pressure ratios for liquid boosting and pressure-test equipment. Match pressure and flow requirements to the available air and liquid supply.
Liquid Booster Pumps
LTG-2 air-driven pumps serve high-pressure, low-flow liquid boosting applications. Select the model and system configuration for target pressure, liquid conditions and duty cycle.
Liquid Booster Pumps
A hydraulic power source drives the reciprocating piston and plunger to supply high-pressure liquid for pressure testing, pressure cycling and pulse fatigue tests. Configuration follows the power source and test cycle.
Specialty Booster Pumps
RP04-06NL uses compressed air to boost and transfer gaseous refrigerants and support recovery arrangements. The refrigerant designation, inlet temperature and pressure determine the medium-side configuration and duty point.
Specialty Booster Pumps
A selection entry for gaseous hydrogen boosting using DGA, DGD or DGT base types. Select the structure and hydrogen-contact parts for hydrogen purity, inlet pressure and flow at the target pressure.
Specialty Booster Pumps
Select a DGG, DGGD or DGM base type for dimethyl ether boosting and transfer. Confirm the medium-side configuration for composition, inlet phase, temperature and target duty point.
Specialty Booster Pumps
Select a DGG, DGGD or DGM base type for chemical reagent boosting and injection. Confirm the pump head, valves and seals for composition, concentration, phase and temperature.
Specialty Booster Pumps
A compressed-air-driven 4:1 base type for boosting, filling, transfer and recovery of SF₆. Confirm the configuration for the medium state, inlet supply and target duty point.
Specialty Booster Pumps
A compressed-air-driven 4:1 base type for boosting, filling, transfer and recovery of butane. Confirm the configuration for the medium state, inlet supply and target duty point.
Specialty Booster Pumps
A compressed-air-driven 6:1 base type for agent filling, transfer and recovery of fire-suppression agents. Confirm the configuration for the medium state, inlet supply and target duty point.
Specialty Booster Pumps
Carbon dioxide booster configurations use C / CD plunger and WC / WCD piston base types. Select the structure and medium-side configuration for inlet phase, temperature, supply conditions and the target duty point.
