Moisture Separator Dealers

We are the renowned manufacture and supplier of premium quality Moisture Separator. We offer Moisture Separator under the brand name of “AIR MAX". The Moisture Separator is designed to remove moisture and solids from compressed air. Our wide array of Moisture Separator is available in various sizes suiting to the varied requirements of the clients. Features Trouble free performanceOuter surface is powder coatedAnti corrosiveLow maintenance costCompact designLonger working life Applications Compressed Air ExchangersTurbines BoilersEvaporatorsVacuum towersAbsorbersLube towersDistillation of flavors and fragrances

1. Baffle Type: Efficiency 60 %2. Centrifugal Type: Efficiency 70%3. Demister Pad Type: Efficiency 80%4. Centrifugal cum Demister Pad Type: Efficiency 99%Moisture is most common contaminant present and the one which probably causes the most damage. Alpha Engineering provides wide range ofmoistrues separators for all flows, line sizes, pressure, temperature, flange ratings with an Advanced Moisture Relief System. 

3 Micron Borosilicate Glass Fiber media type Moisture Separator. This unique design 3 Micron Borosilicate Glass Fiber media type Moisture Separator is very effective for removal of Moisture from compressed Air. It prevents dirt, dust & water particles to be carried into the pneumatic system. It is recommended to install this Separator just before application point for better performance.

We manufacture a wide assortment of indoor air filtration systems and industrial air filtration systems like air moisture separator, steam moisture separator, industrial moisture separator, compressed air moisture separator etc., that are fabricated using high quality raw material and are used to for the filtration of air. Applicable in various industries

Description: IndoAnushka make Moisture separator with drain module is a value added solution for removal of moisture from the steam headers. Moisture separator with drain module consists of M.S. fabricated moisture separator with completely assembled drain assembly consisting of ball float steam trap, IndoAnushka make MAINTENO strainer with inbuilt blowdown valve and IndoAnushka make MULTIVIEW double window sight glass with deflector and 1 no. Isolating valve completely assembled with interconnecting piping and 1 no. Outlet nozzle as provision for bypass. Available Sizes: 15NB ONWARDS upto 300NB. Pipe Connections: ANSI 150, 300 & 600. BS-10 Table-H, J & K Limiting Conditions: For Moisture Seperator – Max. working pressure and temperature as per flange ratings. For Drain module – Max working pressure-13bars, Max working temp – 180 OC. Materials : Body & Baffles – M.S. Fabricated Trap – C.I with ss internals Strainer – CI with ss internals Multiview- M.S Fabricated Valves – CI 

Even in the cleanest and best designed clean steam systems, moisture entrainment is possible. This might result in unacceptably low dryness fraction, non-compliance of critical sterilization standards, damage to control valvesinstrumentation and overall low efficiency of the system.

The compressed air coming out from an After Cooler, contains large quantities of water vapour condensed as a result of cooling of the compressed air. If this is not removed, much of it will be carried to the distribution system and cause extensive damage to all the equipment and processes, which use the air.Apart from water vapour, there is also an appreciable quantity of oil vapour that is formed due to heat and pressure carried along with the air stream is also removed by the separator. Wet steam is steam containing a degree of water, and is one of the main concerns in any steam system. It can reduce plant productivity and product quality, and can cause damage to most items of plant and equipment. Whilst careful drainage and trapping can remove most of the water, it will not deal with the water droplets suspended in the steam. To remove these suspended water droplets, separators are installed in steam pipelines. The steam produced in a boiler designed to generate saturated steam is inherently wet. Although the dryness fraction will vary according to the type of boiler, most shell type steam boilers will produce steam with a dryness fraction of between 95 and 98%. The water content of the steam produced by the boiler is further increased if priming and carryover occur. There is always a certain degree of heat loss from the distribution pipe, which causes steam to condense. The condensed water molecules will eventually gravitate towards the bottom of the pipe forming a film of water. Steam flowing over this water can raise ripples that can build up into waves. The tips of the waves tend to break off, throwing droplets of condensate into the steam flow.

Removal of Moisture becomes essential from gases and Steam as it cause of two phase flow, water hammer, damage to equipments, as well as it affects heat transfer, total heat carrying capacity of the fluid in case of steam.