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    Osuszacz chłodniczy (Airpol)

    Refrigerant Dryer

    The Airpol refrigerant dryer removes water and water vapor from compressed air, ensuring a pressure dew point of +3°C. This protects the pneumatic system against moisture condensation, which can lead to pipeline corrosion, accelerated equipment wear, and disruptions to production processes.

    The unit is an important component of the compressed air treatment system. Combined with properly selected filters, it effectively eliminates moisture and contaminants, ensuring stable system operation and high-quality compressed air for use in industrial processes.

    Pressure Dew Point of +3°C

    The dryer effectively removes moisture from compressed air, maintaining a pressure dew point of +3°C and limiting condensate formation in the system.

    Energy-Efficient Operation

    The refrigeration circuit is designed to effectively dry compressed air with low energy consumption, ensuring economical operation.

    Multi-Stage Air Cooling

    Compressed air is first cooled in an air-to-air heat exchanger and then in the evaporator to a temperature that enables effective condensation of water vapor.

    Protection of the Pneumatic System

    Removing moisture reduces the risk of corrosion in pipework, fittings, and pneumatic equipment, extending their service life.

    Higher Process Reliability

    Dry compressed air reduces the risk of production disruptions and improves the reliability of machines and tools powered by compressed air.

    Lower Operating Costs

    Reducing moisture in the system decreases equipment wear and reduces the frequency of inspections and servicing costs.

    Compatibility with Compressed Air Filters

    The dryer can operate as part of a complete air treatment system together with filters, ensuring the appropriate air quality for various industrial applications.

    Air Quality Compliant with the Standard

    A properly selected drying system enables Class 4 compressed air quality for water content in accordance with ISO 8573-1.