When finned tube manufacturers teach you to purchase finned tubes, please be sure to choose the following finned tubes with excellent performance:

First, the selected finned tube must have strong corrosion resistance.

If the purchased finned tube is not strong in corrosion resistance, it is easy to be corroded in high temperature environment.

Second, the finned tube must have strong wear resistance.

If the finned tubes are worn, the heat transfer efficiency will be affected to a certain extent, so finned tubes with strong wear resistance should be selected.

Third, finned tubes should be selected with low contact thermal resistance.

Finned tube manufacturers teach you that only by choosing finned tubes with low contact thermal resistance can the performance of finned tubes in high temperature environments be guaranteed.

Fourth, the finned tube should be stable.

Only by choosing a finned tube with strong stability can the heat transfer performance not be affected in a high temperature environment.

Fifth, the finned tube should have good dustproof ability.

Finned tubes are not easy to replace because they work in a high-temperature environment, and may cause dust accumulation in the long run. Therefore, when purchasing finned tubes, be sure to choose finned tubes with good dust resistance.

Finned tube manufacturers teach you which factors will affect the indoor heating temperature?

1. Ensure ventilation 2 to 3 times a day, 5 to 10 minutes each time. When ventilating, all doors and windows should be opened to achieve short-term ventilation. If the window is half open for a long time, the finned tube will not only have no obvious ventilation effect, but will also dissipate heat.

2. The doors and windows are in disrepair, the seal is not tight, and the cold air infiltrates too much; frequent opening and closing of the doors and windows results in a large heat loss.

3. The indoor pipes have been in disrepair for a long time, and the rust in the pipes is blocked, which will seriously affect the hot water circulation.

4. Unclean exhaust will lead to air blockage and affect water circulation.