Double Tube Plate Capillary Heat Exchanger
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Product Description
Heat exchanger is a device to realize heat exchange between materials. Double tube plate capillary heat exchanger adopts double tube plate structure design, so that the tube and shell processes are connected by their own tube plates. It not only makes the structure more compact and aesthetically pleasing, but also provides greater heat transfer performance to better serve the main equipment. Double tube plate capillary heat exchanger belongs to one of the add-on fittings for water for injection system in pharmaceutical water equipment. Double tube plate heat exchanger in the water circulation system is very widely used, mainly for high temperature, high pressure, flammable, explosive, toxic or stronger corrosive media working conditions. Used in distribution networks to achieve pasteurization, sterilization and instantaneous cooling at the point of cold use, it reduces the risk of cross-contamination in the system and is the ideal choice for system applications.
Double tube plate structure heat exchanger adopts hydraulic expansion technology to avoid cross-contamination. The fully evacuated design has no dead space and no material residue, which meets the requirements of FDA and CGMP. Widely used in the pharmaceutical industry in the purification of water, water for injection and drug solution heating, cooling heat transfer needs.
Product features
1. The piping design can ease the pressure caused by the large temperature difference and reduce the risk of leakage, and the piping is stronger so that it can be used for a longer time.
2. The clean design of the pipeline makes it free of dead corners and completely emptied, which reduces the possibility of microorganism survival.
3. The whole pipe body is made of seamless steel pipe and the pipe plate is processed by forging, and the selected materials can be traced back to the source.
4. Double-conducting design doubly improves the heat exchange efficiency. Double tube plate design also avoids the risk of cross-contamination.