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Home > Air Dryers > Hybrid Dryers (COM-DRY) 4-16 Bar
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COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
Our Price: £4,100.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
Our Price: £4,490.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
Our Price: £4,890.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G3/8'' Ports 4-16 Bar
Our Price: £5,230.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G1/2'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G1/2'' Ports 4-16 Bar
Our Price: £5,630.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G1/2'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G1/2'' Ports 4-16 Bar
Our Price: £5,910.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G3/4'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G3/4'' Ports 4-16 Bar
Our Price: £9,410.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G1'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G1'' Ports 4-16 Bar
Our Price: £10,285.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G1'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G1'' Ports 4-16 Bar
Our Price: £10,720.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
COM-DRY Hybrid Dryers Body G1'' Ports 4-16 Bar
COM-DRY Hybrid Dryers Body G1'' Ports 4-16 Bar
Our Price: £12,760.00 Exc VAT

COM-DRY dryers have been designed for continuous separation of water vapour from compressed air thus reducing dew point. Drying consist of two steps. Refrigerant dryer first eliminates large majority of water and reduces dew point down to PDP +3 °C. Further reduction of dew point ( down to PDP -70 °C ) is carried out by adsorption dryer. Operation of dryer is more simple compared to conventional heat regenerated adsorption dryer while average compressed air loses present only up to 4,6 %.

Applications
1.compressed air systems
   
 
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