The Booster Pump is a gas-transfer unit designed to efficiently transfer LPG from the manifold to the filtration column. It maintains a consistent gas flow and pressure within the system, supporting efficient utilization of LPG and helping maintain an adequate gas supply for continuous machine operation. By supporting gas transfer and backup availability, it helps reduce premature cylinder depletion and extends the usable operating period of the gas supply.

Key Features

• Pump Type: Automatic reciprocating, pressure-compensating pump
• Pressure Boosting: LPG pressure is directly proportional to pneumatic pressure
• Contact Parts: SS 304 stainless steel
• Compressed Air Requirement: 5–6 bar
• Gas Capacity: 100–150 kg/hour
• Operation: Automatic and pressure-compensated
• Application: LPG pressure boosting and transfer applications

Applications

The booster pump features SS 304 contact parts for enhanced corrosion resistance and durability. Its pneumatic components, including the air chamber/operator, are constructed from mild steel and brass, ensuring reliable and robust operation in industrial LPG applications.

Common applications include:

• Aerosol spray paint filling
• Air freshener production
• Cleaning spray filling
• Lubricant spray production
• Automotive spray products
• Personal care aerosol products
• Industrial aerosol products
• Compatible LPG and butane-based aerosol products
• DME-based aerosol applications

The pump helps move the propellant into the filling system at a controlled pressure.

Technical Benefits

A pneumatic booster system can provide controlled pressure for propellant transfer. A pressure gauge allows the operator to check pressure during operation.

The booster pump can help maintain a more stable supply of pressurized propellant to the filling system. This is useful when the production process requires consistent gas pressure.

Stainless steel contact parts can also be useful where corrosion resistance and easy cleaning are important. Material selection should match the propellant and process conditions.

Industry Usage

This gas filling equipment is suitable for businesses involved in aerosol product manufacturing and filling.

It can be used in:

• Aerosol manufacturing plants
• Chemical product manufacturing
• Paint and coating production
• Cleaning product manufacturing
• Automotive chemical production
• Personal care product manufacturing
• Contract aerosol filling units
• Industrial spray product production

The pump can work as part of a larger aerosol production line with liquid filling, valve crimping and gas filling equipment.

Performance Advantages

The main purpose of the booster pump is to increase the pressure of the propellant for aerosol filling. This can support a controlled and steady gas supply to the filling system.

A pneumatic design also allows the pump to work as part of air-powered aerosol equipment. Proper air pressure, gas pressure, sealing, tubing and safety controls are important for reliable operation.