The surface of the fully - welded plate heat exchanger is smooth and not prone to fouling. Its unique corrugated design enables the fluid to generate turbulence even at a relatively low flow rate, resulting in high heat transfer efficiency. The entire plate bundle is made of the base material and welded by argon - arc welding. Without using any non - metallic sealing materials, it has high temperature and pressure resistance. It can be applied to extreme working conditions with a working temperature of 300ºC and a pressure of 3.0 Mpa.
The fully - welded plate heat exchanger has a corrugated plate structure similar to that of a plate heat exchanger. Meanwhile, it adopts a more advanced fully - welded process for sealing and has a gasket - free design. Coupled with the selection of various metals and alloy materials, it ensures that the MAX fully - welded heat exchanger is suitable for almost all heat exchange process scenarios with temperatures ranging from - 195ºC to 538ºC and working pressures ranging from vacuum to 8.2 MPa. Moreover, its compact structural design, high - efficiency heat transfer performance, and convenient and flexible operation endow it with superior performance that can completely replace traditional shell - and - tube heat exchangers.
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Application Fields of Heat Exchangers
Plate heat exchangers have been widely applied in sectors such as metallurgy, mining, petroleum, chemical industry, power, medicine, food, chemical fiber, papermaking, light textile, shipping, and heat supply. They can be used for various scenarios including heating, cooling, evaporation, condensation, sterilization, and waste heat recovery.
- Solar Energy Utilization
- Chemical Industry
- Steel Industry
- Metallurgy Industry
- Central Heating
- Shipping
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