Overview Shandong Guoxin Industrial Equipment Co. double bellows turbulent heat exchanger is the basis for the introduction of advanced technology at home and abroad, combined with the theory of fluid mechanics and heat transfer, the convergence characteristics of the domestic current heat transfer equipment, developed a new type of heat exchanger Equipment use Shandong Guoxin double bellows turbulent heat exchanger, sparkling water and a water-water heat exchanger in the form of two kinds, generally used for heating systems, air conditioning systems, hot water systems and other industrial water heat exchanger. Device Features Description The company produces double bellows turbulent heat exchanger has a small, small footprint, easy to carry, compact advantages. Efficient heat transfer components of the equipment uses a special process to double grain copper or stainless steel tube; in normal heat transfer process, due to the special structure of the inner and outer wall of the fluid state of turbulence in the flow process to achieve change The highest level of heat - turbulent heat transfer. Heat transfer coefficient of the product within a certain velocity range, a water-steam can reach 4000 - 6000W / m2 · ℃; water-water type can reach 2500 - 4000W / m2 · ℃. Double lines intensify heat during operation, due to the special structure of the fluid inside and outside of the wall to form a turbulent state and double bellows itself thermal expansion in the flow process, the ability to compensate shrink, so that the tubes themselves with self-cleaning capacity, easy to scale, suspended solids and fluid impurities easily attached to the wall. Because the dual pattern of thermal expansion itself tubes, plastic shrink and strong capabilities, so the heat transfer process in a corresponding decrease in the heat exchanger thermal stress, each interface is not easy to leak. The only out of the water (steam) mouth, etc. ready for connection use. Since the dual profile of the heat transfer tubes of high heat transfer coefficient and the specific structure of the device, so that the device is relatively small in size, small surface area, the radiation heat loss; especially the use of a larger segment of subcooling heat exchanger design when soda type subcooling section area, so that the condensate water discharge temperature is very low, thus maximizing the use of steam energy, energy efficient design concept reflects today's heat exchanger technology. Meanwhile, in order to adapt to different venues and user requirements, heat exchangers, vertical, horizontal two forms to adapt to a different location and space. Practice has proved that the device is now in the best heat transfer equipment heat generation products.