The manufacturing process of wound finned tube heat exchanger is simple, easy to operate, high production efficiency, and has strong adaptability, which can meet various heat exchange needs. Because it uses steel pipe as the main raw material, it has high mechanical strength and corrosion resistance, can withstand large pressure and temperature fluctuations, and operates stably and reliably.
The fins and base tubes of the winding finned tube heat exchanger are connected by high-frequency welding process, which has high welding strength, which can ensure the close fit between the fins and the base tube, reduce the thermal resistance and improve the heat exchange efficiency. At the same time, the high-frequency welding process can also reduce the contact thermal resistance between the fin and the base tube, further improving the heat transfer efficiency.
The fin shape of the wound finned tube heat exchanger can be processed according to different needs, which can be different shapes such as straight fins, corrugated fins, spiral fins, etc., to meet different heat exchange requirements. In addition, the spacing and height of the fins can also be adjusted as needed to achieve better heat exchange.
Wound finned tube heat exchangers are widely used in various industrial fields, such as workshops, greenhouses, etc. In these fields, wound finned tube heat exchangers can effectively solve various complex heat exchange problems, improve production efficiency, reduce energy consumption, and create greater economic benefits for enterprises.