GR12 high pressure heat exchanger is a heat exchanger with a design pressure of more than 100 kg. High pressure heat exchanger has the following characteristics: 1. The overall dimensions of tube plate and flange are larger, mainly the thickness dimension is much larger than that of ordinary heat exchanger. 2. The size and quantity of bolts used in the connection of pipe plate and equipment flange are large. 3. The combination of expansion and welding is often adopted between the heat exchange tube and tube plate. 4. High pressure heat exchanger belongs to three kinds of pressure vessels.

Silicon carbide heat exchanger is a new type of heat exchanger which uses silicon carbide ceramic material as heat transfer medium. Due to the excellent properties of SiC ceramic, such as corrosion resistance, high temperature resistance, high thermal conductivity, high hardness, wear resistance, etc., SiC ceramic heat exchanger is suitable for high temperature and corrosion-resistant environment.

With the continuous development of chemical industry, petroleum industry, cement industry and construction industry, it is required to use a variety of materials. Pure titanium heat exchanger manufacturers are required to use a wider range of temperature. Some industries require fast heat exchanger, some require slow heat exchange process. Titanium TA10 heat exchanger plant is conducive to equipment insulation. There are many kinds of heat exchanger. When choosing heat exchanger, we need to consider the advantages and disadvantages.

1. Whether the manufacturing process meets the requirements. No matter the design of heat exchanger or the production process, the manufacturing process must be excellent, and the type of fluid and the property of material must be satisfied. It is necessary to consider which medium the fluid is. In titanium steel composite plate heat exchanger plants, different media have different requirements for materials. Parameters such as corrosivity, temperature and service pressure of materials should also be taken into account.

2. The heat exchange efficiency should be high. To ensure a large heat transfer coefficient, try to make the heat transfer film coefficient of the fluid close.

3. The heat exchanger has simple structure, safe and reliable use, and the installation and maintenance process should be simple and convenient.