Air Dryers Dealers in Ttc Industrial Area, Navi Mumbai

• Capacity: 6 Trays to 192 Trays

Application: Air tray dryers are the most commonly used drying system after sun drying. Promas Engineers dryers are specially designed to have better efficiency than any other dryer, available from other tray dryer manufacturers. Promas Engineers dryers are now more accepted brand in the industry than any other brand in market. Our clientèle base is in Pharmaceutical, Chemicals, Dyestuff, Textile, Food, Automobile & many other industries. We are manufacturer, exporter and supplier of air tray dryers as per ISI specifications and user’s requirements since 1990 from Mumbai to India and all over the world. Working Principle Air Tray Dryers The tray dryers are heated by means of electrical, steam and oil as fired burners. The dryer cabinet is designed in such a way that air inside the dryer has minimum resistance at all the corners of the dryer. All the sides of the dryer from inside are made with rounded corners with maximum angle so as to have more slippage to air, resulting into less pressure drop across the corners. The outer body is also fabricated with rounded edges without steps from outside to have smooth finish. The inside fan & radiator / heaters are covered with SS / GI mesh to have safety in operation. Our Specialities Creating innovative and cost effective designs as per your requirement to give you maximum and best output from our equipment Providing Lab Models in exactly the same material to give the accurate results Design and supply of entire turnkey projects at any scale, from 500 kgs to 20,000 kgs capacities. Trays Air in the dryer is circulated by means of fan fitted on the side of the dryer. The fans are made out of AISI 304 / 316 or MS with SS / MS / EN8 shafts driven by suitable motors. The shafts are well balancing test certificates. Air Circulation Tray sizes of 32″ X 16″ X 11/4″ or 32″ X 16″ X 2″ are manufactured out of 16/18/19 swg., AISI 304 / 316 or PP material. All the corners are rounded without any gap. The 18 swg trays are with bidding from the top, while 16-swg trays come without bidding, and are used for all GMP model tray dryers. The trays are polished to mirror finish. The trays with perforation are also supplied for bottle or vial dryers. Trolleys These are manufactured from heavy gauge rectangular pipes & SS angle with cross supports brackets & wheels.

Compressed air coming from the Receiver containing solid, liquid & vapour contaminants enters the Dryer through the Pre-filter (where solid & liquid contaminants are removed). It then passes through Oil Removal Filter and enters into Adsorption Tower A1 through a 3-way valve (CV-1) where it gets dried and then passes out of the Dryer through the After-filter. A part of this dry air passes through Tower A2 through the Purge Control Valve, where it picks up the moisture from the adsorbent thereby regenerating it and making it ready for the adsorption cycle. The purge air exhausts out of the Dryer through Purge Exhaust Valve (CV-2) of Tower A2.

• Operating Pressure (psig): 60 psig max at 140°F +/-10°F
• Minimum Operating Pressure (psig): -11 psig max at 150°F
• Operating Temperature (F): +140°F +/-10°F (inlet air temperature)
• Temperature Range (F): -67°F to 185°F

The air separation module (ASM) uses semi-permeable, hollow fiber membranes, packaged in a cylindrical canister that removes oxygen from a compressed air stream to generate a nitrogen enriched air (NEA) stream. Parker Aerospace's air separation modules are used in a variety of our inerting systems designed and manufactured for military, commercial, and business aircraft. Our separation modules benefit from proprietary, higher-performance Parker fibers not available to other companies, resulting in a smaller, lighter, and less-costly system. Parker's air separation module (ASM) keeps fuel tanks more safe, utilizing our semi-permeable hollow fiber membrane technology. The Parker fiber also has the highest performance of all available aerospace ASMs, enabling the smallest total ASM weight and package volume on the market today. Each ASM is put through rigorous test scenarios to meet strict requirements for tolerance and resistance. Parker has broad experience in analyzing, testing, and fielding all major ASM fibers, allowing the best choice of fiber to be selected for each program or application. As the premier world leader in fuel tank inerting systems, Parker has turned 50-plus years of inerting technology leadership into an unequalled pedigree that translates into durable, world-class products that last, flight after flight.

• Country of Origin: India
• Warranty: 1year
• Weight: 100-1000kg
• Type: Air Classification Plant
• Certification: CE Certified, ISO 9001:2008
• Application: Industrial Usage
• Power: 9-12kw
• Automatic Grade: Fully Automatic
• Condition: New
• Color: Light White
• Driven Type: Electric

• Fluid Type: Filtered conditioned bleed air
• Operating Pressure (psig): 60 psig max at 140°F +/-10°F
• Minimum Operating Pressure (psig): -11 psig max at 150°F
• Temperature Range (F): -67°F to 185°F

The air separation module (ASM) uses semi-permeable, hollow fiber membranes, packaged in a cylindrical canister that removes oxygen from a compressed air stream to generate a nitrogen enriched air (NEA) stream. Parker Aerospace's air separation modules are used in a variety of our inerting systems designed and manufactured for military, commercial, and business aircraft.

We are offering internally heated air dryer. The drying unit has 2-vessels filled with activated alumina or molecular sieves desiccant. One vessel remains in drying cycle for 4 hours, while other vessel simultaneously regenerates at atmospheric pressure. Around 3% flow of dryer capacity is used as purge for regeneration. Electrical heaters are provided in a central finned stainless steel pipe in both drying vessels. Heating cycle is for 2 hours and in this time hot purge air increases desiccant temperature to around 1000c. At this temperature regeneration is complete (due to dry air purge). Dew point achieved is around (-) 400 c. If still lower dew point is required, air purging rate is slightly increased to 5% for (-) 600 c and to 7.5% for (-) 800 c dew point.

Capacity: 6 Trays to 192 Trays Application: Air tray dryers are the most commonly used drying system after sun drying. Promas Engineers dryers are specially designed to have better efficiency than any other dryer, available from other tray dryer manufacturers. Promas Engineers dryers are now more accepted brand in the industry than any other brand in market. Our clientèle base is in Pharmaceutical, Chemicals, Dyestuff, Textile, Food, Automobile & many other industries. We are manufacturer, exporter and supplier of air tray dryers as per ISI specifications and user’s requirements since 1990 from Mumbai to India and all over the world. Working Principle Air Tray Dryers The tray dryers are heated by means of electrical, steam and oil as fired burners. The dryer cabinet is designed in such a way that air inside the dryer has minimum resistance at all the corners of the dryer. All the sides of the dryer from inside are made with rounded corners with maximum angle so as to have more slippage to air, resulting into less pressure drop across the corners. The outer body is also fabricated with rounded edges without steps from outside to have smooth finish. The inside fan & radiator / heaters are covered with SS / GI mesh to have safety in operation. Trays Air in the dryer is circulated by means of fan fitted on the side of the dryer. The fans are made out of AISI 304 / 316 or MS with SS / MS / EN8 shafts driven by suitable motors. The shafts are well balancing test certificates. Air Circulation Tray sizes of 32″ X 16″ X 11/4″ or 32″ X 16″ X 2″ are manufactured out of 16/18/19 swg., AISI 304 / 316 or PP material. All the corners are rounded without any gap. The 18 swg trays are with bidding from the top, while 16-swg trays come without bidding, and are used for all GMP model tray dryers. The trays are polished to mirror finish. The trays with perforation are also supplied for bottle or vial dryers. Trolleys These are manufactured from heavy gauge rectangular pipes & SS angle with cross supports brackets & wheels.

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