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Laser Welded Pillow Plate Heat Exchanger
Pillow plate heat exchanger consists of two metal sheets, which are welded together by continuous laser welding. This panel-type heat exchanger can be made in an endless range of shapes and sizes. It is ideally suited for applications involving high pressures and temperature extremes, provides the highly efficient heat transfer performance. By the laser welding and inflated channels, it induces fluid great turbulence to attain high heat transfer coefficients.
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Corrugation Plate Heat Exchanger
The design of Corrugation plate heat exchanger produces maximum, streamlined prime heat transfer surfaces to resist fouling. A multi-zone flow configuration is exclusive to Chemequip and is specially designed with zoned headers for use with steam, delivering the steam almost simultaneously to all levels of the unit. This avoids efficiency-robbing condensate “blocking” commonly encountered in pipe coils or straight headered units. The serpentine flow-configured provides outstanding performance with heating or cooling media, because its configuration allows high internal flow velocities to be achieved.
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Clamp-on Heat Exchanger for Cooling or Heating
Clamp-on heat exchanger has double embossed type clamp-on and single embossed type clamp-on. Double embossed clamp-on heat exchangers are easy to install on existing tanks or equipment with heat conductive mud, and are economical, effective way to retrofit heating or cooling for temperature maintenance. Single embossed clamp-on heat exchanger’s thick plate can be used as tank’s inner wall directly.
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Tank with Laser Welding Dimple Jacket
Dimple jacketed tank are used in many industries. Heat exchange surfaces can be designed either for heating or cooling. They can be used to remove the elevated heat of reaction (heat reactor vessel) or reduce the viscosity of high viscous fluids. Dimpled jackets are an excellent choice for both small and large tanks. For large applications, dimpled jackets provide a higher pressure drop at a lower price point than conventional jacket designs.
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Static Melting Crystallizer Made with Dimple Pillow Plates Heat Exchanger
The Static melting crystallizer makes a static molten mixture crystallization, sweating and melting on the surface of the Platecoil plates in stages, ultimately purifying one or more products from the mixture. lt is also called Platecoil solvent-free crystallizer because no solvent is used in the crystallization and purifying process. The Static melting crystallizer innovatively uses Platecoil plates as heat transfer elements and inherently has advantages that conventional separation technologies do not have.
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Falling Film Chiller Produces 0~1℃ Ice Water
Falling film chiller is a Platecoil plate heat exchanger that cools water to your desired temperature. The special falling film structure of Platecoil can be widely used in ice making and cooling processes. This efficient and safe technology utilizes gravity to form a thin film on the entire surface of the Platecoil plate, achieving the effect of quickly cooling the liquid to near freezing point. The stainless steel falling film chillers are vertically installed in the stainless steel cabinet, with warm chilled water entering the top of the cabin and injected into the water distribution tray. The water distribution tray evenly passes the water flow through and falls on both sides of the cooling plate. The full flow and non-cyclic design of the pillow plate falling film chiller provides greater capacity and lower refrigerant pressure drop, achieving the fastest and most economical cooling.
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Immersion Heat Exchanger Made with Pillow Plates
Immersion heat exchanger is individual pillow plate or a bank with several laser welded pillow plates that are immersed in a container with liquid. The medium in the plates heats or cools the products in the container, depending on your needs. This can be done in a continuous or a batch process. The design ensures that the plates are easy to clean and maintain.
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Ice Bank for Ice Water Storage
The Ice Bank consists of a number of fiber laser welded pillow plates that is hung in a tank with water. The ice bank freezes the water into ice at night with low electric charge, will turn off at daytime when electric charge getting higher. The ice will melt into ice water which can be used to cool products indirectly, so you can avoid the additional expensive electricity bills.
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Plate Ice Machine with Pillow Plate Evaporator
Plate ice machine is a kind of ice machine that consists of many paralleled arranged fiber laser welded pillow plate evaporators. In the plate ice machine, the water needed to be cooled is pumped to the top of pillow plate evaporators, and flows freely on the external surface of the evaporator plates. Refrigerant is pumped to the interior of the evaporator plates and cools the water down until it is frozen, building uniformly thick ice on external surface of the evaporator plates.
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Energy-Saving and Efficient Slurry Ice Machine
Slurry Ice machine system produce the slurry ice, also called fluid ice, flowing ice and liquid ice, it is not like other chilling technology. When applied to the product processing and cooling, it can keep the freshness of product for a longer time, because the ice crystals are extremely small, smooth and perfectly round. It enters every corners and cracks of product which need to be chilled. It removes heat from the product at a higher rate than other forms of ice. This results in the fastest heat transfer, cooling the product immediately and uniformly, preventing potentially damaging of bacterial formation, enzyme reactions and discoloration.
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Bulk Solids Heat Exchanger Made with Pillow Plate Banks
Bulk Solid Plate Heat Exchanger is a kind of plate type solid particles indirect heat transfer equipment, it can cool or heat virtually every type of bulk granules and powder flow products. The basis of the bulk solids heat exchanger technology is the gravity flow of product moving through a bank of laser welded plates heat exchanger.
