Copper Tube aluminum fin condenser

Item code: SJ027

Product name: Condenser

Materials: Copper tube aluminum fin, galvanized plate

Tube O.D.: 7mm. 7.94mm, 9.52mm, 12.75mm, 15.88mm

Aluminum fin: Hydroponic fin or bare fin

Fin type: Flat fin, Window fin, louver fin, Smooth sine wave fin

Fin space: 1.1–5.8mm

Pitch of holes and rows: 19.05*12.7mm;  25.5*22mm; 25*21.65mm; 31.75*27.5mm; 38.1*33mm, etc.

Application refrigerant: R417A/R407C/R404A//R410A/R134A, ect.

Working principle of copper finned tube heat exchanger:

The working principle of copper finned tube heat exchanger is to use the principle of heat conduction to transfer heat from one medium to another medium. Among them, the fins of the copper fin tube can increase the contact area between the tube wall and the medium, thereby improving the heat exchange efficiency.

Advantages of copper finned tube heat exchanger:

The copper finned tube heat exchanger has the advantages of high heat exchange efficiency, small size, lightweight, compact structure, and easy maintenance. In addition, the material of the copper fin tube has good thermal conductivity and can transfer heat quickly.

Application fields of copper finned tube heat exchanger:

Copper-finned tube heat exchanger is widely used in air conditioners, coolers, heaters, automobile radiators, industrial heat exchangers, and other fields. Especially in the industrial field, the application of copper copper-finned tube heat exchangers is becoming more and more widespread.

Maintenance methods of copper finned tube heat exchanger:

The maintenance methods of copper finned tube heat exchangers include regular cleaning, checking whether the pipe is blocked, checking whether the pipe is leaking, etc. In addition, attention needs to be paid to keeping the heat exchanger clean and dry to avoid corrosion and damage.

Comparison of copper finned tube heat exchanger with other heat exchangers:

Compared with other heat exchangers, copper fin tube heat exchangers have the advantages of high heat exchange efficiency, small size, lightweight, compact structure, and easy maintenance. In addition, the material of the copper fin tube has good thermal conductivity and can transfer heat quickly.