Oval elliptical finned tube heat exchanger for drying is a new type of high-efficiency air heat exchanger, which is produced by scientific and advanced composite technology, so that the fins and tubes are closely combined to produce the best heat exchange effect and increase the overall performance of the heat exchanger. It is usually the best choice for air heating with high-temperature steam
or heat-conducting oil as the heat transfer medium. It has been widely used in chemical fiber, textile printing and dyeing, chemical industry, rubber, leather, wood, coating and baking varnish, food, plastic PVC, printing, farming and other industries.
elliptical
●Lower air pressure drop, 60% reduced compared to circular finned-tube heater, thus remarkably reducing fan motor power.●Lower heat resistance, higher heat transfer coefficient: After finned tubes are hot galvanized, attachment between fins and tubes are at molecular level , far tighter than just wrapped or extruded one.●Condensate preheater can make steam condensate return water temperature be below 60°C, reducing steam condensate flash, achieving energy saving.
Application
Applications of Oval Finned Tubes
* Air-Cooled Heat Exchangers: Efficiently used in cooling systems where ambient air is the cooling medium.
* Condensers and Heaters: Widely used in HVAC systems for improved heating and cooling efficiency.
* Oil Refinery and Petrochemical Industries: Essential for processes that require high-performance heat exchange.
* Power Plants: Utilized in steam turbine flue gas condensation and auxiliary heat exchange systems.
* Steel Industry: Integral to blast furnace and converter systems.
* Waste Incinerators and Compressor Coolers: Enhance the heat exchange process in high-stress environments.
How to customize fin tube heat exchangers ?
1, Provide us completely drawing and we produce according to your drawing.2, Provide us some necessary data then we design the heat exchangers as per your request
Air heat exchnager ( Steam/heat source to air)
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Heating load
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KW
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temperature of the heat source
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℃
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Heat source flow
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m3/h
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outlet air temperature
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℃
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Air flow
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m3/h
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Hot air circulation
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Yes/No
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heat exchanger (water to water )
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Heating load
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KW
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Cold side outlet temperature
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℃
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Cold side inlet temperature
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℃
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Hot side outlet temperature
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℃
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Hot side inlet temperature
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℃
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flow
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m3/h
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Sunny Yang
Wechat/Whatsapp:+86 15690122018
Email: datangfintube@gmail.com