fin tube radiator is a special equipment that contacts hot air through fin heat exchange fins and heats them. The fin tube radiator is a method of using the heat flowing through the fin tube to exchange heat with air convection . It can efficiently transfer heat while having excellent heat dissipation performance. Finned tube radiator has good heat dissipation performance!
1, steel radiator and copper radiator have the same heat dissipation effect.
Its heat dissipation is much higher than that of copper. Both steel radiators and copper radiators can be installed according to user requirements. The steel radiator can save a lot of installation space after installation. The extra space required for copper radiator to cover a high cost after installation.
2. The steel radiator has beautiful appearance, excellent performance, compact structure, light weight and easy installation; the
fin tube radiator has strict material selection, precise processing, and very strict surface treatment. The selected material will also affect its performance. Finned tube radiators usually use aluminum alloy material, stainless steel material or copper-aluminum composite material. The raw material of aluminum-zinc alloy fin tube radiator is made of Q235 steel fin tube as raw material. During use, signs of oxidation and corrosion will occur due to poor welding process. Therefore, when choosing products, we must pay attention to choosing products produced by regular manufacturers.
3. Fin tube radiator is compact in structure, corrosion resistant and durable;
fin tube radiator is suitable for hot water boiler , hot water circulation pump, and steam boiler. Suitable for low-temperature area hot water heating systems and low-temperature industrial steam heating systems. The radiator is mainly suitable for boilers, cooling tower cooling water systems, and heating systems after industrial steam condensation. The condensate used for cooling water in the industrial boiler condensate water heat recovery system is processed to recover waste heat; it is used for improving the heat exchanger heat exchange efficiency in the industrial boiler heat exchanger ; it is used for increasing the pressure of the heat exchanger in the circulating pump condensate water heat recovery system; it is used for reducing the steam pressure in the industrial steam condensate water heat recovery system; it is used as a low-temperature heating radiator in large boiler rooms to apply for low-temperature area heating systems. According to the purpose, it can be divided into steam hot water type, hot water circulation pump type, steam direct supply type and hot water direct supply heating recovery type. The direct hot water supply type is suitable for industrial hot water systems.
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