Air Dryers Dealers in Bhandup West, Mumbai

We are offering compressed air dryer.compressed air dryer is one of the major products of the company. Our compressed air dryer is equipped with the new compressor. This compressed air dryer is also equipped with inbuilt compressor protection facility to have durability in the long run. We offer it at the market leading rates. Compressed air dryer employs the advanced coil-in-coil technology, where in you have one tube inside another tube. This arrangement enables transfer of heat between the refrigerant and the compressed air. For refrigerated air dryers, the temperature differential between the air and the refrigerant causes absorption of heat energy from the air; hence, reducing the temperature of the compressed air. This causes the moisture to condense. featuresnew compressorinbuilt compressor protectionoverload protectionpolished enclosureadvantageeconomicalhigh performancebalances temperature balances moistureproduct detailsemerson-copeland / hitachi (optional) compressornew compressor (most of the competitors use r type (repaired) cheaper ones for cost reduction)reciprocating / rotary (optional) technologyall metal (crca powder coated / ss 304) enclosureinbuilt compressor protection for long lifeinbuilt mcb overload protectionbi-color powder coated / ss 304 buffed and polished (optional) enclosureapproved by cipla, dr reddy’s, aurobindo, dabur, godrej, raymond, iitspecialtyduex refrigerated dryers provide a constant pressure dew point +2 – 5 °c.employs the developed coil-in-coil technology (one tube inside another tube)moisture separator in order to remove the condensed moisturefor every 20°f drop in temperature of the compressed air the moisture holding capacity of the air reduces by 50%.

Standard compressed air enters to the Air to Air heat exchange, where it is pre cooled by out going cold dry air. Highly effective pre cooler reduces the temperature considerably, and enable to use smaller & economical refrigeration system. Then the pre cooled, relatively low temperature compressed air enters to Air to Refrigerant heat exchanger, where it is cooled down to +3°C (Pressure Dew Point). At this temperature, moisture in vapour form condensed to liquid form, and separated from the compressed air by moisture separator and discharged to drain port through automatic drain valve. The cold dry compresses air passes back to Air to Air Heat Exchanger, and gain temperature by exchanging heat with incoming warm air. The dry air coming out from the dryer is ready to use for instrumentation and process air applications.

PSA/Desicant Air Dryer:Standard compressed air enters to PSA unit where all the impurities like: moisture, CO, CO2 etc are removed to produced clean dry air upto -60° dew point. Refrigerated Air Dryer:Standard compressed air enters to the Air to Air heat exchange, where it is pre cooled by out going cold dry air. Highly effective pre cooler reduces the temperature considerably, and enable to use smaller & economical refrigeration system. Then the pre cooled, relatively low temperature compressed air enters to Air to Refrigerant heat exchanger, where it is cooled down to +3°C (Pressure Dew Point). At this temperature, moisture in vapour form condensed to liquid form, and separated from the compressed air by moisture separator and discharged to drain port through automatic drain valve. The cold dry compresses air passes back to Air to Air Heat Exchanger, and gain temperature by exchanging heat with incoming warm air. The dry air coming out from the dryer is ready to use for instrumentation and process air applications.

We no longer consider ourselves an “air compressor company.” We are moving far from the typical point- solution for your business to become a provider of complete air solutions that saves money from the compressor room all the way to the point-of-use. Ingersoll Rand is totally focused and dedicated to reducing your operational costs through efficient, reliable and energy-saving products, innovative maintenance services, controls and financing to maximize performance across your entire air system. No matter the size of your operation, Ingersoll Rand is the source for complete and cost- effective air solutions for your business. Compressed air is used widely throughout industry and is often considered the “fourth utility” at many facilities. Almost every industrial plant, from a small machine shop to an immense pulp and paper mill, has some type of compressed air system. In many cases, the compressed air system is so vital that the facility cannot operate without it. Plant air compressor systems can vary in size from a small unit of 5 horsepower (hp) to huge systems with over 6,000 hp. In many industrial facilities, air compressors use more electricity than any other type of equipment. Inefficiencies in compressed air systems can therefore be significant. Energy savings from systems improvements can range from 20-50% or more of electricity consumption. For many facilities this is equivalent to thousands, or even Lakhs of Rupees of potential annual savings, depending on use. A properly managed compressed air system can save energy, reduce maintenance, decrease downtime, increase production throughput, and improve product quality. Compressed air systems consist of a supply side, which includes compressors and air treatment, and a demand side, which includes distribution and storage systems and end-use equipment. A properly managed supply side will result in clean, dry, stable air being delivered at the appropriate pressure in a dependable, cost- effective manner. A properly managed demand side minimizes wasted air and uses compressed air for appropriate applications. Improving and maintaining peak compressed air system performance requires addressing both the supply and demand sides of the system and how the two interact.  

We are instrumental in bringing to you a superlative range of Laboratory Spray Dryers, which is a completely self contained unit and is ready for immediate operation. Our range of Laboratory Spray Dryers is compact and can be kept on a table top or bench. This range of Laboratory Spray Dryer is popular for their corrosion resistant feature and robustness and is offered at leading market prices. Salient FeaturesEasy functioningRequires only single operationAccurately controlPanel is characterized with Inlet Temperature controller, Outlet Temperature indicator, On/Off switch and indicator for blower, heater, air compressor, feed pumpLCD display for pump speed controlEquipped with compressed air pressure control Technical InformationWater evaporation at Inlet temperature of 250oC(Approx1500ml/hr)Air inlet temperature ranges up to 250oCHeater capacity : 3 KwhDimensions : 700x600x450 mm (H) (W) (D)Spray System : 2 Fluid nozzleSpray/hot airflow : Downward Co-current/ Upward counter Co-currentAir Compressor : InbuiltPower Supply : 230V-50Hz. 15 Amps ApplicationsPharmaceuticalsCeramicsFlavorsFoodstuffsTanning agentsBio-chemicalsHerbal extractsDyestuffs and pigmentsInorganic and organic chemicals Plastics

Operation on ADSORPTION principle: Hence prevent entrainment of moisture in the pipe line however long it may be. The most compact skid mounted unit supplied in ready for use state by connecting compressed air at inlet and outlet. The stationary working system requires negligible maintenance. Assured atmospheric dew point equal to -40 deg C or -70 deg C is required. Ideal purging as per desiccant manufacturers instruction for regeneration. Lesser pressure drop in total unit. Modified purging silencer causes less noise. Designed for Indian atmospheric conditions. Easy for installation and commissioning

Air Dryer, Chemical Testing Equipmen

Air Dryer, Digital Rotameter, Gas Flow Meter, Ultrasonic Activity Mete

Air Conditioning Plants, Block Ice Vending Machin

Membrane Air Dryers, Vacuum Pump Inlet and Exhaust Filters, CNG Filter

Air Dryer, Air Cylinders, Air Line Valves, Control Valve