Factors influencing the effect of finned tube radiator
1. Affected by the temperature of the external environment. According to the convection heat transfer theory and heat conduction theory, it can be known that the effect of the stainless steel finned tube radiator
is closely related to the temperature of the external environment. For the same radiator, the higher the external temperature, the weaker the heat exchange capacity of the fin radiator. Therefore, when the finned radiator is installed in a low indoor temperature environment, the excellent heat dissipation effect of the radiator can be better experienced.
2. Affected by the thermal conductivity of the equipment itself. There are many types of stainless steel finned tube radiators
on the market, and the number of fins has a greater impact on the actual performance of heat dissipation. Therefore, consumers can enjoy more high-quality heat and wear-resistant fin radiators when they choose Thermal effect. The welding seam of the high-quality fin radiator is smoother and the heat dissipation area is larger. Therefore, consumers can only choose this high-quality fin radiator to ensure the heat dissipation effect.
3. Affected by the size of the space. The heat transfer of stainless steel finned tube radiator
in the air has a close effect on the size of the space. If you eat a fin in a larger space, the actual single-heat performance of the radiator will be affected to a certain extent. Therefore, consumers are installing and buying fins. Before installing a fin radiator, you should understand the heat dissipation space that the device can withstand.