Showing posts with label plate heat exchanger. Show all posts
Showing posts with label plate heat exchanger. Show all posts

Tuesday, May 22, 2012

The Presentation of plate heat exchanger, water-resistant


Plate heat exchanger, water-resistant decription: The plate heat exchanger is piled up by a series of sheet metal with some corrugated shape of a new type of highly efficient heat exchanger. The formation of a thin rectangular channel between the various plates, heat exchange through the halves. The plate heat exchanger is the ideal liquid - liquid, liquid - vapor heat exchange equipment. It has high heat transfer efficiency, heat loss is small, compact and lightweight, small footprint, easy to clean install, and is widely used, and long service life. In the case of the same pressure loss, the heat transfer coefficient than the tube heat exchanger 3-5 times higher, covers an area of ​​one-third of the tubular heat exchanger, heat recovery can be as high as 90% or more.
Plate heat exchanger, with a high efficiency of heat transfer, material flow resistance loss, compact, and sensitive temperature control, operating flexibility, easy assembly and disassembly, long life and other features, can handle a very wide range of materials, from common industrial water, require a higher food liquid to the high viscosity of the liquid from the health, pharmaceutical materials to have a certain caustic alkali liquid from the liquid material powders containing particles to the suspension liquid containing a small amount of fiber can be used plate heat exchanger treatment. Can be used for heating, cooling, evaporation, condensation, sterilization, heat recovery, and other occasions. Cooling, such as generator sets and rectifiers cycle; for the metallurgical and mining machinery lubricants; sterilization of hydraulic station, egg, cooking oil, beer, wine, bactericidal treatment; for the textile industry, waste heat recovery in the paper industry ; collection of condensed water, central heating; steam changed water heating; intermediate heat exchanger in the boiler deaerator system. Has been widely used in metallurgy, mining, petroleum, chemical, power, pharmaceutical, food, chemical fiber, textile, paper making, shipbuilding and central heating and other industrial sectors.

Monday, May 21, 2012

The information of plate heat exchanger, water-resistant


plate heat exchanger, water-resistant
plate heat exchanger, water-resistant introduction :A bowl calefaction exchanger(plate heat exchanger) is a blazon of calefaction exchanger that uses metal plates to alteration calefaction amid two fluids. This has a above advantage over a accepted calefaction exchanger in that the fluids are apparent to a abundant beyond apparent breadth because the fluids advance out over the plates. This facilitates the alteration of heat, and abundantly increases the acceleration of the temperature change. Bowl calefaction exchangers are now accepted and actual baby brazed versions are acclimated in the hot-water sections of millions of aggregate boilers. The top calefaction alteration ability for such a baby concrete admeasurement has added the calm hot baptize (DHW) flowrate of aggregate boilers. The baby bowl calefaction exchanger has fabricated a abundant appulse in calm heating and hot-water. Beyond bartering versions use gaskets amid the plates, abate adaptation tend to be brazed.
The abstraction abaft a calefaction exchanger is the use of pipes or added ascendancy argosy to calefaction or air-conditioned one aqueous by appointment calefaction amid it and addition fluid. In a lot of cases, the exchanger consists of a coiled aqueduct absolute one aqueous that passes through a alcove absolute addition fluid. The walls of the aqueduct are usually fabricated of metal, or addition actuality with a top thermal conductivity, to facilitate the interchange, admitting the alien case of the beyond alcove is fabricated of a artificial or coated with thermal insulation, to abash calefaction from artifice from the exchanger.
The bowl calefaction exchanger (PHE) was invented by Dr Richard Seligman in 1923 and revolutionised methods of aberrant heating and cooling of fluids. Dr Richard Seligman founded APV in 1910 as the Aluminium Plant & Vessel Company Limited, a specialist architecture close bartering anchored argosy to the brewery and vegetable oil trades.
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