since 1968...
TR EN RU DE العَرَبِيَّة‎‎‎

Dryers

Compressed Air Dryers



Refrigerant

The atmospheric air taken by the air compressor has varying moisture levels.
This moisture, when reaching a specific pressure and temperature value with the compressor, condenses with the effect of the pressure and cooling. Liquid water is created with each temperature and pressure change.
This liquid water can cause: failure of pneumatic system, corrosion in the pipes, loss of diameter and additional problems which trigger each other. This damage leading to loss of business, time and money, is prevented with the draining of liquid water by cooling (dew point +3 °C) the compressor air with cooling dryer.
Clear and dry compressed air will lower the operating costs of your facility and ensure its efficient operation.

 

Why Compac:

 

  • Small size, fully equipped
  • Excellent results in air-water separation
  • Optionally, the zero air loss
  • No need for seasonal adjustment with micro chip controlled intelligent electronic card
  • Easy and simple by-pass facility with entry, exit filters
  • Disassembly and assembly superiority of the heat exchanger.
  • Eco-friendly.
  • Highly efficient heat transfer.
  • Designed to be fully compatible with European standards.

Desiccant

 

Chemical air dryers

 

Various amounts of moisture are available in atmospheric air absorbed by the air compressor.

When this moisture is brought with air to a certain pressure and temperature value through compressor, moisture condenses with the effect of pressure and cooling. Liquid water still occurs in any changes in temperature and pressure.

This liquid water leads to failures in pneumatic systems, corrosion in assembly, diameter losses and also a series of interconnected problems triggering each other. These damages causing operational, time and money loss are prevented by the evacuation of liquid water occurring by passing compressed air (dew temperature at -40°c/-70˚c) over the chemical ingredients (activated alumina etc.).

Clean and dry pressurized air shall reduce the operating costs of your air facility and lead to efficient operation.

Correction factors should be considered for the election of dryers.

 

Series without heater:

15-18% of compressed air in chemical dryers is consumed during regeneration of the system.

Line filters should be used prior to air intake in the chemical dryer. Rough filter should be used in the air output of dryer to prevent decomposed chemical materials from entering the system.

 

Series with heater:

Compressed air loss is experienced in chemical dryers as regeneration of the system is made with the hot air passing over resistance by blowing with blower.

 

High Pressure

Compac-3 series compressed air dryers are produced for special production-usage areas requiring high pressure such as plastic bottle facilities, diesel motor starters, High voltage circuit breakers, test equipment, military units, marina and industrial applications, shipyards and Fire Department. They work with high efficiency with max. 45 bar compressed air.
The atmospheric air taken by the air compressor has varying moisture levels.
This moisture, when reaching a specific pressure and temperature value with the compressor, condenses with the effect of the pressure and cooling. Liquid water is created with each temperature and pressure change.
This liquid water can cause: failure of pneumatic system, corrosion in the pipes, loss of diameter and additional problems which trigger each other. This damage leading to loss of business, time and money, is prevented with the draining of liquid water by cooling (dew point +3 °C) the compressor air with cooling dryer.

Clear and dry compressed air will lower the operating costs of your facility and ensure its efficient operation.



The atmospheric air taken by the air compressor has varying moisture levels.
This moisture, when reaching a specific pressure and temperature value with the compressor, condenses with the effect of the pressure and cooling. Liquid water is created with each temperature and pressure change.
This liquid water can cause: failure of pneumatic system, corrosion in the pipes, loss of diameter and additional problems which trigger each other. This damage leading to loss of business, time and money, is prevented with the draining of liquid water by cooling (dew point +3 °C) the compressor air with cooling dryer.
Clear and dry compressed air will lower the operating costs of your facility and ensure its efficient operation.

Why Compac:

  • Small size, fully equipped
  • Excellent results in air-water separation
  • Optionally, the zero air loss
  • No need for seasonal adjustment with micro chip controlled intelligent electronic card
  • Easy and simple by-pass facility with entry, exit filters
  • Disassembly and assembly superiority of the heat exchanger.
  • Eco-friendly.
  • Highly efficient heat transfer.
  • Designed to be fully compatible with European standards.