These useful plate and shell heat exchangers are surprisingly consistent in quality!

Good use of plate and shell heat exchanger must be good quality, the so-called good quality is meticulous manufacture, stable performance, long service life. In the current general tendency to utilitarian today, do mechanical products or to maintain the spirit of craftsmanship, dedicated to the upgrading of product technology! R&D so as to make a useful heat exchanger.

A good plate and shell heat exchanger has the same structure. It is divided into detachable, compact, and all-welded types. The internal structure is made up of welded corrugated sheet metal heat exchanger plate groups, collectively known as plate bundles, as well as resistors, and the external structure is naturally textured. The hardened pressure vessel thus constitutes the most basic structure.

Secondly, it must be resistant to high temperature, high pressure and corrosion. RepuTex designed plate and shell heat exchanger can withstand temperature up to 450?, low temperature up to -80?, design pressure up to 100bar. The elimination of the use of sealing gaskets also essentially removes the restrictions on the use of temperature, and on the use of corrosive media.

Again, the combination of multi-process configuration, a variety of ways to take over, so that the original has been good to use the plate and shell heat exchanger more useful, reflected in the wide range of use, but also reflected in the use of harsh conditions, harsh conditions, flexible use, can not be easy to use?

Last but not least, it's usefulness is also durability, high heat transfer efficiency, low fouling rate, good safety features, these features make the useful plate and shell heat exchanger durable, anyone will consider the cost performance when buying something, durability is not exactly a major feature that makes people choose to like.

Good quality needs a long time to polish, just like the useful plate and shell heat exchanger, it appears in every industrial scenario, such as petrochemical, such as natural gas, such as pharmaceutical, such as textile, such as power generation, such as flue gas recovery, such as waste heat recovery, so the actual application environment, it is bound to be useful.