The heat transfer coefficient refers to the heat transfer rate per unit temperature difference and per unit heat transfer area, which can reflect the heat transfer capacity between the fluid and the wall surface

Permohonan contoh of finned tubes

(1) Haba paip udara pra-pemanas siri

Aplikasi senario: Menyerap waste heat from flue gas, heating combustion air to reduce fuel consumption, improve combustion conditions, and achieve energy-saving goals; It can also absorb waste heat from the flue gas and be used to heat other gas media such as coal gas.

(2) Haba paip economizer series

Aplikasi senario: Menyerap haba from flue gas to heat water supply. The heated water can be returned to the boiler (as an economizer) or used alone (as a water heater) to improve energy utilization and achieve energy-saving goals.

(3) Haba paip sisa haba dandang (penyejat) siri

The heat dissipation of finned tubes is a virtual amount that cannot be seen or touched. If the installation position is incorrect, it will have a significant impact on the heating effect. Therefore, we can take targeted measures, such as increasing the number of finned tubes in the radiator, because the water flow rate through the radiator per unit time is constant. Therefore, adding finned tubes to the outer wall of the radiator can achieve the effect of improving heat dissipation.

Pada masa kini, finned tube heat sink materials have a certain thermal resistance, which is inversely proportional to the heat dissipation. In other words, the higher the thermal resistance, the lower the heat dissipation. So if you want to increase the heat dissipation of the radiator, you can juga start from this aspect, and there should be a significant improvement.

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