Moisture Separator Dealers

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.

We are offering moisture separator. Fixed vortex generator (for improved water removal by centrifugal and impingement sepetation) compact lightweight housing (12" to 4" sizes available) vortex arrestor (prevents re-entrainment of seperated water ms 100 ms 365) automatic drain (discharges seperated water) sight glass (gives visual check of water collection and drain function).

Capitalizing on our cutting edge technology we are able to manufacture and provide filter and moisture separators for various industries. We are able to design wide assortment of filters as required in various industries. Some of our separators encompass of air filters, oil filters etc. We offer a wide array of air filters, oil filters and moisture separators used extensively in the industrial processes. Made from the best quality raw materials the goods are highly effective and durable with international standards. Some of these assortments are: Air Filters We offer a great variety of candle type filters for efficient filtration. Candle used for pre-filter shall be 40 micron rating and for post-filter 5 microns. These filters are simple and very much reliable for better results, which can be cleaned after certain time of intervals and can be re-used. Oil Filters We offer Activated Carbon Filtration for the removal of oil vapors and hydrocarbon odors. Maximum oil content remains after the filter less than 1 ppm at 40 degree celcius temperature and 7 kg/cm2 operating pressure. Moisture Separators We manufacture a great range of moisture separators with inlet and outlet connections screwed or flanged and drain connection and a vent connection. Compressed air enters the separator tangentially and passed through the demister pad made of stainless steel wire mesh. A water droplet impinges against each wire and settled in the bottom and separated it from the drain. For a better efficiency Automatic Moisture Drain Trap (ADT) can be provided at the drain for efficient separation.

Cent star series Moisture Separator is used for removing bulk water from the compressed air line. No electricity is used. Can mount inline. Particle separation by centrifugal action. No replacement of cartridges over the period.

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.

We are a prominent Manufacturer and Supplier of Moisture Separator from Haryana, India. The Steam Separator that we offer is a device for separating water droplets from steam. Our Separator is a steam dome on a steam locomotive. Our Separator superbly imparts a "spin" to the steam so that water droplets are thrown outwards by centrifugal force. Long functional life and rock bottom prices are the USP of our Separator. Importance of Moisture Separator/Steam Separator : In all engines, wet steam reduces the thermal efficiency In piston engines, water can accumulate in the cylinders and cause a hydraulic lock which will damage the engine In thermal power stations, water droplets in high velocity steam coming from nozzles (or vanes) in a steam turbine can impinge on and erode turbine internals such as turbine blades.

Maximum operating pressure: 16 bar g (232 psi g) Maximum recommended operating temperature: 66°C (150°F) Minimum recommended operating temperature: 1.5°C (35°F) Typical pressure differential at rated flow: 20 – 60 m bar (0.3 – 0.9 psi)

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.

Avail from us, our range of moisture separator, which is capable of eliminating 99% of unnecessary contaminates, which includes moisture, pipe scale, dirt and oil. Moisture separator manufactured by us enhances the performance of the equipment by removing the moisture that causes damage to the machine. Our moisture separators are available for different flows, line sizes, pressure, temperature, material, flow rating with an advanced moisture relief system. specifications capacity : 10-7500cfmmaximum working pressureupto 12 kg cm2upto 40 kg cm2 features improve the operating efficiency of equipmentprovide cleaner, drier steam to heat exchangersrobust constructionoptimum performancelong service life applications compressed airexchangersturbinesboilersevaporatorsvacuum towersabsorberslube towersdistillation of flavors and fragrances specifications model nocompressor h.p.capacityinletoutlet connection sizecfmm3hr.ai 307.5305115 nb screwedai 60156010225 nb screwedai 80208013625 nb screwedai 1203012020440 nb screwedai 1604016027240 nb flangedai 2005020034050 nb flangedai 2507525042565 nb flangedai 30010030051065 nb flangedai 40015040068080 nb flangedai 50018050085080 nb flanged

when steam/air is passed through the separator, any entrained water droplets are encouraged to separate and drain away rather than remain in suspension. Steam or air flows around a series of baffles and its velocity is reduced because the space in the separator is large compared with the pipe bore. However the inertia of water droplets carries them on in a straight line so they impinge on the baffles and drain away. The baffles are designed to divert separated water from the flow of steam or air. Together with reduced velocity this prevents re-entrainment. water in suspension- your invisible enemy all steam distribution systems contains a certain amount of water due to condensation and carry-over from boiler turbulence and foaming. A similar problem arises with compressed air systems because water is a natural ingredient of atmospheric air. In both cases, careful draining and trapping will remove much of the water but not all. It cannot remove the water particles suspended in the steam or air. All too often nothing is done to remedy this problem. Because the water cannot be seen it is ignored. The consequences can be very costly indeed. the damaging effects of water in steam systems when water droplets reach the point of usage they needlessly increase thickness of the water film on the heat exchange surface. And water is a very poor conductor of heat. In fact, a water film just 1mm thick is as resistant to heat transfer as a half meter thickness of copper. The water may also carry impurities which will be deposited as scale – another barrier to efficient heat transfer. What’s more, traveling at high velocity, the droplets will both erode and corrode valves and valve seat and shorten the life of pipelines and fittings. the damaging effects of water in compressed air systems suspended water droplets cause similar problems. Pipe, valve and fittings will corrode. Particles of corroded metal may be swept along the system, clogging valves, strainers and traps. At the point of usage, water delivered with air can damage work pieces. Air powered tools will require excessive maintenance and will wear prematurely. design features / benefits rex separatiors safeguard your costly equipmentrex separators will protect your costly equipment from harmful effects of water droplets, because they remove water droplets from steam or compressed air system and increase operating profitability by: improving steam quality to maximize heat transfer and therefore plant efficiency. reducing maintenance costs and extending the life of pipelines, valves, traps, strainers and other associated equipment. protecting compressed air tools and preventing water damage to workpieces. dry steam or compressed air for increased efficiency and longer plant life. effectiveness over a wide range of velocities with minimal pressure drop.

The Pennant moisture separator (PMS) is a baffle type separator used for the removal of moisture content in steam which can be drained out as condensate.