Finned tubes are the terminal devices of a heating system, through which heat transfer is achieved, compensating for environmental heat loss to maintain a certain temperature. For the entire system, the heat load is constant, so the ratio of the finned tube's water capacity to its heat dissipation rate is greater, the relative flow velocity within the system will be slower. This results in an increased circulation time for the system and a slower transfer and conveyance of heat. Conversely, a lower ratio of water capacity to heat dissipation rate for the finned tube will lead to a higher heat exchange efficiency.
Components and assembled equipment must possess strong dust resistance. Clean equipment not only enhances the operator's mood but also prevents equipment from malfunctioning due to dust. During assembly, the excellent wear-resistant properties enhance the durability of the equipment. While some components during installation do not meet expectations, this product stands out by improving the equipment's recognition capabilities and significantly contributing to environmental protection.