AT200C
AT200CUnique plate design
Mosaic shunt area:
Optimize the flow distribution in the inlet area, eliminate the dead angle, improve the heat exchange efficiency, reduce the shunt resistance, and effectively avoid the accumulation of dirt.
Free-applied snap-on gasket:
No glue assembly, no pollution, easy to clean and replace, unique signal hole design, prevent cross-contamination of media, anti-backlash groove design.
Accurate positioning system:
The dovetail positioning design with five-point metal positioning + shoulder positioning system uses a half-month positioning + shoulder positioning system for other plate types. This design makes the gasket seal accurate and not bad, ensuring accurate reset after disassembly.
AL100B
Optimize the flow distribution in the inlet area, eliminate the dead angle, improve the heat exchange efficiency, reduce the shunt resistance, and effectively avoid the accumulation of dirt.
Free-applied snap-on gasket:
AL40A
AL40A，Optimize the flow distribution in the inlet area, eliminate the dead angle, improve the heat exchange efficiency, reduce the shunt resistance, and effectively avoid the accumulation of dirt.
Brazing heat exchanger
The brazing heat exchanger is a plate heat exchanger in which a pair of stainless steel corrugated sheets are welded in a vacuum brazing furnace using pure copper as a brazing material. Channels are formed between the plates, and the angular holes on the corners alternately flow the two media in the channel. The numerous contact points provide good mechanical strength, and the contact points and edges are sealed by copper brazing, which is compact. The utility model has the advantages of small volume, light weight, high heat transfer efficiency, small refrigerant filling amount, wide application range and high cost performance.
Brazing heat exchanger
Brazing heat exchanger
All welded plate heat exchange
As a high-efficiency heat exchange equipment, the all-welded plate heat exchanger combines the advantages of plate-type heat exchangers and shell-and-tube heat exchangers. On the one hand, it retains the high efficiency and compact structure of the plate heat exchanger. The high temperature and high pressure resistance of the shell-and-tube heat exchanger is the most ideal equipment to replace the shell-and-tube heat exchanger in some special heat exchange processes. In the processes of heating, cooling, condensation, evaporation, etc. in the fields of chemical industry, petroleum, power, metallurgy, etc., all-welded plate heat exchangers have been widely used.
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About us
Beijing Hua Aixin Energy Saving Equipment Co., LTD. (Redwell) is committed to the field of heat exchange solutions, the products have been applied to HVAC, chemical, Marine, nuclear power, food, oil and other different working conditions, in the field of heat exchange occupies an important position.
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News
The importance of plate heat exchangers in the chemical industry
2019-03-26 16:17:08
Plate heat exchanger scale formation and measures