Screw Air Booster
The Airpol ADS screw air booster is designed for applications requiring high-pressure compressed air. The unit raises the pressure of air supplied by the compressor from 7, 10, or 13 bar up to a maximum of 40 bar, providing a reliable source of compressed air for demanding industrial processes.
The booster is used, among other applications, in PET bottle production, leak testing, diesel engine starting, spray technologies, and wherever high-pressure process air is required. Its robust construction, high build quality, and configuration flexibility to match existing installations guarantee reliable and economical operation.
High Working Pressure
The booster increases compressed air pressure from 7, 10, or 13 bar up to 40 bar, providing a stable source of high-pressure air for demanding process applications.
Reliable Continuous Operation
The unit is designed for continuous operation under heavy load. High-quality components and a durable construction ensure a long service life and reliability even under intensive use.
High Compressed Air Quality
A dual oil separation system and an aftercooler ensure high compressed air quality, making the booster suitable for a wide range of demanding industrial applications.
Smart Control
A microprocessor controller with a clear display enables continuous monitoring of operating parameters, signals when maintenance is due, and works with a sensor system responsible for safe, fully automatic operation of the unit.
Low Operating Costs
Easy access to serviceable components, an efficient cooling system, and the option of using a frequency converter help reduce energy consumption, cut idle running time, and lower operating costs.
Quiet, Comfortable Operation
A sound-insulated enclosure and a vibration isolation system effectively reduce noise and vibration, improving user comfort and allowing the unit to be installed close to workstations.
Energy Recovery Option
An optional heat recovery system makes it possible to use the energy generated during compression in the form of warm air or hot water, increasing the energy efficiency of the entire installation.