Piston Air Booster
The Airpol ADP piston air booster is designed for industrial applications requiring compressed air at pressures up to 40 bar. As a second compression stage, it raises the pressure of air supplied by the compressor from 8, 10, or 12 bar, providing a stable source of high-pressure medium for demanding technological processes.
The device is used, among other applications, in PET bottle production, leak testing, spray technologies, diesel engine starting, and as a source of process and control air. Its robust construction, the manufacturer's many years of experience, and a wide range of models make it possible to select a solution for virtually any industrial installation.
High Operating Pressure
The booster raises the pressure of compressed air from 8, 10, or 12 bar up to a maximum of 40 bar, providing a reliable source of high-pressure air for demanding industrial applications.
Durable Construction
The compressor is fitted with a cast-iron crankcase, a spheroidal (ductile) cast-iron crankshaft, and appropriately ribbed cylinders and heads that effectively dissipate heat. This robust construction ensures high durability and reliable operation for many years.
Designed for Continuous Operation
The low-speed design and an efficient pressurized bearing lubrication system enable continuous operation under heavy load, reducing component wear and extending their service life.
Intelligent Control and Safety
A microprocessor controller allows monitoring of operating parameters and adjustment of the device's basic settings. A sensor system continuously monitors air and oil pressure, ensuring safe and fully automatic operation of the booster.
Easy Service Access
The design allows quick access to the working valves without the need to remove the heads, shortening inspection times and reducing servicing costs.
Energy-Efficient Operation
The ADP 45 and ADP 55 models feature direct drive, eliminating power transmission losses, and a pneumatic inlet valve that reduces energy and oil consumption. An optional heat recovery system can further increase the energy efficiency of the entire installation.
Quiet and Stable Operation
An effective cooling system with an aftercooler and a high-performance radial fan maintains the proper operating temperature, while acoustic insulation reduces noise levels, increasing user comfort.