WHAT ARE THE CHARACTERISTICS OF BRAZED HEAT EXCHANGERS?
Brazed heat exchangers, which have a very important place in industrial use, are preferred in areas with very high temperatures. These products, used as instantaneous heaters, are also preferred as evaporators in cooling technologies. These products, with a very wide range of uses, allow heat transfer to occur over wide ranges. Brazed exchangers, for which we can produce very fast solutions for high-efficiency heat transfers, have low pressure drop and are much more resistant to temperature, pressure, and corrosion. With their few moving connections, these products show high strength and have a compact design that saves space. For information on this subject and to ask your questions, you can look at the relevant online companies on the internet pages and examine them in detail.
Brazed Heat Exchanger Models
These products, which reduce sediment buildup and enable high-efficiency heat transfers thanks to their superior features, have a distinctive internal design that creates turbulence. The brazed heat exchanger options that provide flow have three basic plate types. These products, which have H-type, L-type, and M-type plates, have different usage areas. Brazed plates available on the market as H-type, due to their wide-angled channels, have mobility that creates turbulence. These products, used for efficient heat transfer, have an efficient operating principle that reduces maintenance costs and minimizes residue and sediment buildup. L-type products available on the market have narrow-angled channels. These products, used to minimize pressure drop, are used in areas where pressure drop should not occur.
M Type Exchangers
M-type plates are located between the brazed heat exchanger sections. The brazed heat exchanger has a multilayer structure. These products, which consist of many different components such as the back part, rear body plate, cooling channels, water channels, corner holes, head part, front body plate, water cooler, extra temperature control interface, and plates, can be accessed through relevant online sites.
