The difference between tube heat exchanger and plate heat exchanger?

The structure of the tube heat exchanger is fully optimized and integrated to make the structure more reasonable and the performance more stable. The sleeve body is bent into a laminated spiral shape with the tube bundle of the copper tube inserted through it, and the steel fixing bracket is welded to the sleeve type main body to form a solid, and the two ends of the sleeve are respectively led out of the refrigerant and cooling water connection sleeve.

Tubular heat exchanger is a special product designed and manufactured for small and medium chilled water (heat pump) units. It is widely used in water ring heat pump units, water source chilled water (heat pump) units, air source chilled water (heat pump) units, ground source chilled water (heat pump) units and other refrigeration equipment.

Plate heat exchangers are highly efficient heat exchange equipment. There are two kinds of practical applications, one is the umbrella plate heat exchanger manufactured by spinning method, and the other is the flat plate heat exchanger manufactured by stamping method. Its structural features are as follows: The plate heat exchanger is easy to disassemble, clean and repair , And the volume is small and the floor space is small.

The innovative shell and tube heat exchanger independently developed by Shenshi further optimizes the performance of traditional tube heat exchangers.

It adopts 7mm high-efficiency heat exchange tubes and spiral baffles. The water-side heat exchange is better than traditional baffles. It adopts Shenshi's patented distributor, which has good cooling distribution effect and high heat exchange efficiency.

The fluorine side seal head adopts laser welding, which bears high pressure and has no leakage risk of traditional gaskets. The heat exchange tube is integrally formed, no splicing, no solder joints and water contact, strong frost resistance and strong reliability;

The patented optimized design of the fluorine side seal head saves material costs. The small heat transfer tube uses a small shell, which is highly compact and saves materials and volume.