Features & Uses Of Graphite Heat Exchanger

Chemical processing industries, food & beverage industries, refining industries, or any other industries like the petrochemical, pharmaceutical, fertilizer, etc., see extensive use of graphite heat exchangers. These are used to avoid corrosion as they are resistant to corrosion. The graphite heat exchanger suppliers are known to be talking about the various features of these products and how these features make them effective in several applications and services.

Applications Of Graphite Heat Exchanger
Graphite heat exchanger, as the name suggests, is a kind of heat exchanger that is used for exchanging heat energy between two or more corrosive mediums. This heat exchanger works great between two corrosive liquids and helps in cooling down the corrosive liquids as well. This application in graphite coolers is very common in many markets. The graphite heat exchanger supplier in Mumbai, Delhi, Kolkata, or any other city in India swear that it can seamless transfer heat between two mediums efficiently.

Graphite heat exchangers also work in graphite condensers where they help in condensing the corrosive vapors that emerge from the heating of corrosive liquids. You can also see graphite heat conductors being used in pre boilers where their application can be seen during the heating of the corrosive liquids. The application of graphite heat exchanger vary from one to another depending on what one needs to do with the corrosive liquids.

Features Of Graphite Heat Exchanger
There are several features of graphite heat exchangers that make them so popular in various applications. In this section, we’ve talked about the major feature that are discussed by the wholesale graphite heat exchanger suppliers. So, let’s have a read.

Corrosion Resistant
One of the most important features of graphite heat exchangers is that they are corrosion resistant. No matter what the corrosive liquid is, the heat exchangers are made with a solid block of graphite that does not corrode even on direct contact with the corrosive substance. It would not react with the material and get corroded. Instead, it would stay neutral and let the heat be transferred seamlessly through the exchanger.

Resistance To Thermal Shock
Thermal shock is something that can easily hamper the working of any heat exchanger. Whether the heat is high suddenly or any other change in the corrosive liquids, the graphite heat exchangers would not get thermal shock in any case.

Efficient Heat Transfer
Heat transfer is the sole working of the graphite heat exchanger. And for its efficient working, it is imperative that the heat exchangers are able to transfer all the heat from one corrosive liquid to the other without absorbing any amount of heat. This efficient transfer of heat makes the heat exchangers quite useful in several industries.

Horizontal & Vertical Model
Another feature of the graphite heat exchangers is that they are available in both vertical and horizontal model. So, depending on the space you have and the kind of heat exchangers you can install in that space, you can choose from the horizontal or the vertical models of the heat exchangers.

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