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Heat Exchanger
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Waste Heat Recovery Heat Exchanger
Using the high thermal conductivity of the heat pipe, the waste heat of the exhaust gas discharged from the boiler is converted to recover and heat fresh and clean hot air.
The advantage is that hot air can be generated without any energy to provide heat-consuming equipment, which not only saves energy costs, but also reduces the exhaust temperature of boiler exhaust.
MOQ:1 -
Finned Tube Radiator
Used for heat exchange with heat transfer oil, hot water and steam as the medium.
Suitable for hot air heating, cooling, dehumidification, drying and other projects.
Because the fins are continuously welded on the base tube with high frequency, there is no thermal resistance and the heat dissipation efficiency is improved, so the product is different from ordinary wound fin heat exchangers.
MOQ:1 -
High Pressure Heat Exchanger
The tubular condenser can be divided into carbon steel tubular condenser, stainless steel tubular condenser and carbon steel and stainless steel mixed tubular condenser. It can be divided into fixed tube sheet, floating head and U-tube heat exchanger according to the form. It can be divided into single pipe pass, double pipe pass and multi pipe pass according to the structure. The heat transfer area is 0.5-500 square meters. It can be customized according to user needs.
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Pressure Test Of Scraper Evaporator
The tubular condenser can be divided into carbon steel tubular condenser, stainless steel tubular condenser and carbon steel and stainless steel mixed tubular condenser. It can be divided into fixed tube sheet, floating head and U-tube heat exchanger according to the form. It can be divided into single pipe pass, double pipe pass and multi pipe pass according to the structure. The heat transfer area is 0.5-500 square meters. It can be customized according to user needs.
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Distilling Tower
The tubular condenser can be divided into carbon steel tubular condenser, stainless steel tubular condenser and carbon steel and stainless steel mixed tubular condenser. It can be divided into fixed tube sheet, floating head and U-tube heat exchanger according to the form. It can be divided into single pipe pass, double pipe pass and multi pipe pass according to the structure. The heat transfer area is 0.5-500 square meters. It can be customized according to user needs.
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Condenser
The tubular condenser can be divided into carbon steel tubular condenser, stainless steel tubular condenser and carbon steel and stainless steel mixed tubular condenser. It can be divided into fixed tube sheet, floating head and U-tube heat exchanger according to the form. It can be divided into single pipe pass, double pipe pass and multi pipe pass according to the structure. The heat transfer area is 0.5-500 square meters. It can be customized according to user needs.
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Tubular Condenser
The tubular condenser can be divided into carbon steel tubular condenser, stainless steel tubular condenser and carbon steel and stainless steel mixed tubular condenser. It can be divided into fixed tube sheet, floating head and U-tube heat exchanger according to the form. It can be divided into single pipe pass, double pipe pass and multi pipe pass according to the structure. The heat transfer area is 0.5-500 square meters. It can be customized according to user needs.
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Spiral Plate Heat Exchanger
The tubular condenser can be divided into carbon steel tubular condenser, stainless steel tubular condenser and carbon steel and stainless steel mixed tubular condenser. It can be divided into fixed tube sheet, floating head and U-tube heat exchanger according to the form. It can be divided into single pipe pass, double pipe pass and multi pipe pass according to the structure. The heat transfer area is 0.5-500 square meters. It can be customized according to user needs.
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Titanium Heat Exchanger
The tubular condenser can be divided into carbon steel tubular condenser, stainless steel tubular condenser and carbon steel and stainless steel mixed tubular condenser. It can be divided into fixed tube sheet, floating head and U-tube heat exchanger according to the form. It can be divided into single pipe pass, double pipe pass and multi pipe pass according to the structure. The heat transfer area is 0.5-500 square meters. It can be customized according to user needs.
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JRF Coal-fired Hot Air Stove
Purpose overview
▲The furnace is a general-purpose hot air heating device, which is used in conjunction with drying equipment for various materials.
▲The furnace integrates combustion and heat exchange into one body, and uses the latest indirect heating technology for heat exchange at high temperature parts of the furnace body. High temperature resistance measures have been taken so that its service life is greatly improved compared with the tubular hot blast stove. The output hot air temperature can reach above 300 ° C. At the same time, the flue gas reverse refreshing heat exchange sheet and negative pressure suction smoke exhaust method are adopted, and the heat exchange part does not accumulate Ash, no need to clean, stable thermal performance. All kinds of coal or firewood can be used as fuel, and it is equipped with a secondary air intake device, which can burn completely. All technical indicators have reached the domestic advanced level. -
RLY fuel hot stove
The RLY series horizontal metal fuel indirect heating hot air stove designed and manufactured by our company is a hot air heating device with high thermal efficiency that integrates combustion and heat exchange. The output hot air temperature can reach 300 degrees, and the flue gas and air go their own way. , so the air after heat exchange is clean hot air, which can be used with various drying equipment.




