Refrigerant drying cools the compressed air, whereby a large amount of the water condenses and can be separated. The compressed air is then heated so that condensation does not form on the outside of the pipe work system. The compressed air cooling takes place via a closed coolant system, where a refrigerant cooling agent is employed. SPIN AQM uses environment-friendly gases for this purpose. By cooling the compressed incoming air, with the cooled out going air, energy can be saved to a maximum extent. The unique design of integrated evaporator is scaled to the exact requirement of compressed air handling. This gives greater efficiency and ultimately saves power.

Refrigerant drying cools the compressed air where by a large amount of water condenses and can be separated. Refrigerant dryers can provide pressure dew point as low as 3⁰C The typical applications are

• Plant air
• Pneumatic tools & actuaters
• Spray painting
• Colour sorting
• Textiles
• Automotive service
• LabaratoriesSalient Features
  Low Pressure DropIn a compressed air system, pressure drop costs money and restricted flow creates problem in applications. The unique, indigenously designed 3-in-1 evaporator facilitates low pressure drop: lesser than 0.2 bar, while providing maximum heat transfer efficiency.Designed for tropical conditions

  SPIN AQM refrigeration air dryers are designed and manufactured to suit the high temperature condition of Asian region considering the 45⁰C ambient temperature and 55⁰C inlet temperature. Sizing of coolers, evaporators with suitable refrigeration components help in this regard.

Refrigerated dryers can provide pressure dew point as low as 3⁰C. When lower dew points are required, the use of heatless dryers is warranted Typical applications of SPIN AQM make heatless dryers are

• Pharmaceutical
• Food & Beverage
• Electronic component assembly
• Medical gases
• Systems handling hygrosphic material
• Pneumatic instrumentation

Refrigerant drying cools the compressed air, whereby a large amount of the water condenses and can be separated. The compressed air is then heated so that condensation does not form on the outside of the pipe work system. The compressed air cooling takes place via a closed coolant system, where a refrigerant cooling agent is employed. SPIN AQM uses environment-friendly gases for this purpose. By cooling the compressed incoming air, with the cooled out going air, energy can be saved to a maximum extent. The unique design of integrated evaporator is scaled to the exact requirement of compressed air handling. This gives greater efficiency and ultimately saves power.

Refrigerant drying cools the compressed air where by a large amount of water condenses and can be separated. Refrigerant dryers can provide pressure dew point as low as 3⁰C The typical applications are

• Plant air
• Pneumatic tools & actuaters
• Spray painting
• Colour sorting
• Textiles
• Automotive service
• LabaratoriesSalient Features
  Low Pressure DropIn a compressed air system, pressure drop costs money and restricted flow creates problem in applications. The unique, indigenously designed 3-in-1 evaporator facilitates low pressure drop: lesser than 0.2 bar, while providing maximum heat transfer efficiency.Designed for tropical conditions

  SPIN AQM refrigeration air dryers are designed and manufactured to suit the high temperature condition of Asian region considering the 45⁰C ambient temperature and 55⁰C inlet temperature. Sizing of coolers, evaporators with suitable refrigeration components help in this regard.

Refrigerated dryers can provide pressure dew point as low as 3⁰C. When lower dew points are required, the use of heatless dryers is warranted Typical applications of SPIN AQM make heatless dryers are

• Pharmaceutical
• Food & Beverage
• Electronic component assembly
• Medical gases
• Systems handling hygrosphic material
• Pneumatic instrumentation