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Our Products

  1. Filters 19 Products available
  2. Dryers 12 Products available
  3. Separators & Strainers 10 Products available
  4. Filter Elements 7 Products available
  5. Filter Cartridges 4 Products available
  6. Heat Exchangers 4 Products available
  7. Separating Machines

    2 Products available
  8. Domestic Fans, AC & Coolers

    2 Products available
  9. Air Receivers

    2 Products available
  10. Filters & Filtration Systems

    2 Products available
  11. Others Products 22 Products available

Dryers

Our product range contains a wide range of Heatless Air Dryer, desiccant air dryers, heatless desiccant air dryer, Compact Heatless Air Dryer and Blower Heat Reactivated Air Dryer

Heatless Air Dryer

  • Dimensions in mm 900X450X300
The term "desiccant dryer" refers to a broad class of dryers. Other terms commonly used are regenerative dryer and twin tower dryer, and to a lesser extent adsorption dryer. The compressed air is passed through a pressure vessel with two "towers" filled with a desiccant material. This desiccant material attracts the water from the compressed air via adsorbtion. As the water clings to the desiccant, the desiccant "bed" becomes saturated. The dryer is timed to switch towers based on a standard NEMA cycle, once this cycle completes some compressed air from the system is used to "purge" the saturated desiccant bed by simply blowing the water that has adhered to the desiccant off.
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Desiccant Air Dryers

Instrument & Control AirProcess Control InstrumentsTextile MachinesMachine toolsBearing airAir Motors & Heavy Air motorminiaturePackaging machinePneumatic cylinderSensors in fluid technologySand blasting unitHandling of food and beveragesSemi conductor manufacturingWind tunnelsPharmaceutical manufacturingBreathing airConveyance of hygroscopic productsPaint spray & Powder coating
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Heatless Desiccant Air Dryer

  • Height 900mm
  • Width 450mm
  • Depth 300mm
Heatless Desiccant air Dryer The specially designed digital electronic control for the variable cycle of adsorptiondryer allows automatic switching off of the regeneration air. This resulting in lower cost expenditure.They are self-regenerative and produce low levels of noise. Low initial cost.The heatless method contribute to low maintenance and is most reliable.It requires only 230V, ac power supply to operate the system.
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Compact Heatless Air Dryer

  • Dimensions in mm 585 X300X120
The term "desiccant dryer" refers to a broad class of dryers. Other terms commonly used are regenerative dryer and twin tower dryer, and to a lesser extent adsorption dryer. The compressed air is passed through a pressure vessel with two "towers" filled with a desiccant material. This desiccant material attracts the water from the compressed air via adsorbtion. As the water clings to the desiccant, the desiccant "bed" becomes saturated. The dryer is timed to switch towers based on a standard NEMA cycle, once this cycle completes some compressed air from the system is used to "purge" the saturated desiccant bed by simply blowing the water that has adhered to the desiccant off. The duty of the desiccant is to bring the pressure dew point of the compressed air to a level in which the water will no longer condense, or to remove as much water from the compressed air as possible. A standard dew point that is expected by a regenerative dryer is -40 C , this means that when the air leaves the dryer there is as much water in the air as if the air had been "cooled" to -40 C . Required dew point is dependant on application and -70 C is required in some applications.
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Blower Heat Reactivated Air Dryer

  • Capacities 500 NM3/hr to 6000 NM3/hr
  • Pressure from 1 kg/cm2g to 50 kg/cm2g
Blower Heat Reactivated air dryer Continuous air supply:Special design is made to ensure the compressed air is continuous when the tower is switching. Meanwhile, it can avoid the air flow's momentary impact to the desiccan. There are small support balls at the bottom of the towers and the desiccantis filled in by special way. And a stainless halftone is fixed at the top of the tower as a press. In this way, the tunnel effect can be avoided and the mutual friction of the desiccant can be prevented.
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Compressed Air Dryer

The compressed air is passed through a pressure vessel with two "towers" filled with a desiccant material. This desiccant material attracts the water from the compressed air via adsorbtion. As the water clings to the desiccant, the desiccant "bed" becomes saturated. The dryer is timed to switch towers based on a standard NEMA cycle, once this cycle completes some compressed air from the system is used to "purge" the saturated desiccant bed by simply blowing the water that has adhered to the desiccant off.
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Refrigerated Air Dryers

  • Dimensions in mm 460 X590 X550
Refrigeration dryers employ two heat exchangers, one for air-to-air and one for air-to-refrigeration. However, there is also a single Trisab heat exchanger that combines both functions. The compressors used in this type of dryer are usually of the hermetic type and the most common gas used is R-134a. The goal of having two heat exchangers is that the cold outgoing air cools down the hot incoming air and reduces the size of compressor required. At the same time the increase in the temperature of outgoing air prevents re-condensation. Most manufacturers produce "cycling dryers". These store a cold mass that cools the air when the compressor is OFF. When the refrigeration compressor runs, the large mass takes much longer to cool, so the compressor runs longer, and stays OFF longer. These units operate at lower dew points, typically in the 3540 F range. When selected with the optional "cold coalescing filter", these units can deliver compressed air with lower dew points.
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High Pressure Refrigerated Air Dryers

  • Power Supply Volts / Hz 220V/50-60 , 220V/50-60
Refrigeration dryers employ two heat exchangers, one for air-to-air and one for air-to-refrigeration. However, there is also a single Trisab heat exchanger that combines both functions. The compressors used in this type of dryer are usually of the hermetic type and the most common gas used is R-134a. The goal of having two heat exchangers is that the cold outgoing air cools down the hot incoming air and reduces the size of compressor required. At the same time the increase in the temperature of outgoing air prevents re-condensation. Most manufacturers produce "cycling dryers". These store a cold mass that cools the air when the compressor is OFF. When the refrigeration compressor runs, the large mass takes much longer to cool, so the compressor runs longer, and stays OFF longer. These units operate at lower dew points, typically in the 3540 F range. When selected with the optional "cold coalescing filter", these units can deliver compressed air with lower dew points.
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Refrigerated Air Dryer

  • Capacity 15 to 2800 m3/Hr
  • Weight ( Kg ) 38
Refrigerated air Dryer Secure operation by performance regulation. Secure operation with implemented performance control, All components requiring maintenance can easily be accessed from one side, Control panel, designed in a proper way, thus giving a better access to the control elements and to the displays, Basic version with power control facility.
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High Pressure Refrigerated Air Dryer

  • Capacity 15 to 2800 m3/Hr
  • High energy reduction upto 90%
High Pressure Refrigerated air Dryer Complete system available with prefilteration and final filteration. Secure operation by performance regulation. Secure operation with implemented performance control. All components requiring maintenance can easily be accessed from one side. Control panel, designed in a proper way, thus giving a better access to the control elements and to the displays.
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High Pressure Heatless Air Dryer

  • Dimensions in mm 1325X625 X450
The term "desiccant dryer" refers to a broad class of dryers. Other terms commonly used are regenerative dryer and twin tower dryer, and to a lesser extent adsorption dryer. The compressed air is passed through a pressure vessel with two "towers" filled with a desiccant material. This desiccant material attracts the water from the compressed air via adsorbtion. As the water clings to the desiccant, the desiccant "bed" becomes saturated. The dryer is timed to switch towers based on a standard NEMA cycle, once this cycle completes some compressed air from the system is used to "purge" the saturated desiccant bed by simply blowing the water that has adhered to the desiccant off.
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Refrigeration Air Dryers

We are offering refrigeration air dryers.
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