Heat pipe technology introduction:
Heat pipe is a kind of new heat conduction element with super high thermal conductivity. Since the 80s have been developed heat pipe gas - gas heat exchanger, heat pipe gas - water heat exchanger, heat pipe waste heat-steam horseshoe kiln, heat pipe steam generator, heat pipe hot air stove and other heat pipe products. Heat pipe widely used in building materials industry, metallurgical industry, chemical and petrochemical, power engineering, textile industry, glass industry, electrical and electronic engineering and so on.
Structural Characteristics of Heat Pipe Heat Exchanger:
1. Easy installation.the waste heat recovery equipment installation, no need to modify the original steam horseshoe or industrial kiln. No environmental restrictions, Heat pipe can be designed according to the environment requirements.
2. Safe and reliable.the heat pipe isothermal is good, fast heat transfer, high efficiency. Won't affect the steam horseshoe kiln or kiln of normal work under any condition.
3. Density variability. The heat pipe can independently change the heat transfer area of the evaporator section. It means the heat pipe can reduce the heating area of absorbs heat, and increase cooling area of release heat. Or Heat pipe can increase the heating area of absorbs heat, and reduce cooling area of release heat.
4. Long life. Corrosion-resistant, High temperature.
5. Easy maintenance. Easy to remove dust, maintenance convenient.
Companies can reduce energy consumption and yield a significant cost savings within a short payback period. We can analyze your waste heat recovery potential, accurately project the payback period, and fabricate equipment specifically designed for your application.
Sources of Waste Heat:
Flue gases from fired furnaces
Distillation column condensers
Power generation turbine condensers
Steam condensate
Process coolers & heaters
Design of Waste Heat Recovery Systems
Audited Supplier 
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