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Leading Manufacturer of desiccant for nitrogen plants, refrigerated type air dryers and heatless type air dryers from Ghaziabad.
Desiccant For Nitrogen Plants

Desiccant For Nitrogen Plants

Rs 25,000  / PieceGet Best Price

Minimum Order Quantity: 1 Piece

Automation GradeAutomatic
Voltage440 VAC
Capacityas asked
Dryer TypeRegenerative Desiccant Dryer
Air Flow Rate4.5 TO 7.8 BAR
Maximum Pressure8 KG
Maximum Air Inlet Temperature55 DEG C
Maximum Ambient Temperature30 DEG C
ControlAUTOMATIC/ MANUAL
Country of OriginMade in India
We are the Leading Manufacturer & Supplier of Desiccant for Nitrogen Plant, the applicastion varies from Steel to Refinery to Food industry packaging. We also offer RENTING PROGRAM

Additional Information:

  • Production Capacity: 2-3 plants
  • Delivery Time: 4-8 weeks
  • Packaging Details: Road and sea worthy

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Refrigerated Type Air Dryers

Refrigerated Type Air Dryers

Rs 6 Lakh  / OnwardsGet Best Price
Usage/ApplicationIndustrial
Dryer TechnologyRefrigerated
Frequency50 Hz
PhaseThree Phase
BrandSAM Gas
Dew Point(-) 23 deg C
Pressure0.5 to 12.5 Bar g
Range5 to 1000 Nm3/ Hr
RefrigerantR22
Voltage415 Volt
We manufacture a wide range of Refrigerated Type Air Dryer. The Basic principle is the removal of moisture by cooling air to certain present temperature.

The concept of efficient cooling is removal of heat only. The air first enters into the pre-cooler where the incoming hot air is being cooled by outgoing cold air so as to reduce the heat load of evaporator.The air from pre-cooler enter into the evaporator where further heat is removed by boiling refrigerant like Freon.

Now the air get condensed and this moist air is passed through a moisture separator where moisture is drained out by centrifugal action of air. The moist free air enters into pre-cooler to cool the incoming air.

Features :
  • Simple and compact design.
  • Automatic cleaning of the condenser.
  • Efficient Power Saving.
  • Least pressure drop.
  • Easy maintenance.

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Heatless Type Air Dryers

Heatless Type Air Dryers

Rs 6 Lakh  / PieceGet Best Price
BrandSAM Gas
Capacity500 to 5000 CFM
Automation GradeAutomatic
Voltage3 Phase 440 Volt AC
Dryer TypeRegenerative Desiccant Dryer
Maximum Pressure5.0 - 20 Bar g
Maximum Air Inlet TemperatureAmbient
Maximum Ambient Temperature28 DEG C
ControlPLC
Number Of Compression Stage8
Lubrication Stylescrew type
Working Pressure7.5 BAR
GradeAutomatic
Model Name/NumberSAM dryer
Cooling MethodREF dryer
Motor Speed1440 RPM
Surface FinishPaint
Dew PointUpto (-) 60 Deg C

Our company has achieved widespread recognition for Air Dryer. These products are designed in close adherence to clients specifications, our products have achieved huge requirement in highly competitive market. These products designers assure that the range is developed using quality-checked material according to the set industry standards.


Features:

  • Less maintenance
  • High performance
  • Energy efficient

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Heatless Type Air Dryers

Heatless Type Air Dryers

Rs 6 Lakh  / OnwardsGet Best Price
BrandSAM Gas
Dryer TypeRegenerative Desiccant Dryer
Drying Capacity10 - 1000 CFM
Dew Point(-) 40 Deg C or Better
Operating Pressure7 kg / cm2 or more
Air Capacity5 to 5000 NM3/ Hr
Voltage415 Volt
A Heatless Type Air Dryers is the simplest form of gas or air dryer for achieving a dew point of -40 deg C or better for compressed air systems and other gas and air dryer applications.

Process: Wet incoming compressed air after passing through pre filter passes through the slide piston valve assembly and is directed towards absorber chamber i where the compressed air passes upward through the desiccant ( activated alumina / molecular sieves ). Compressed air drying takes place by adsorption. Dry compressed air from absorber chamber i then passes through the check valve assembly and then through the after- filter to the application or work area. while compressed air is being drying in chamber the desiccant in chamber where the desiccant has been wetted in the previous cycle is being simultaneously regenerated. The chamber is depressurized to atmosphere through the purge valve in the downward direction. A portion of the dry compressed air passes through the needle valve / orifice plate through the desiccant and flushes out the desorbed moisture. when the regeneration is complete, the purge valve is closed and the tower is slowly repressurise to line pressure for a smooth changeover. A drying period of 5 minutes provides an efficient dew point of -40o C or better (at atmospheric pressure ). In regeneration process approximately 30 seconds are required for repressurization.

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