Shanghai Shenglin Copper Tube Copper Fin R407c Evaporator Coil
Evaporator Coil Advantage:

1. High performance
2. The sub cooler integrated with the condenser further cools the liquid
Refrigerant, resulting in increased refrigerant enthalpy and improved
Evaporator cooling performance
3. Thinner tubes and fins improve the heat exchange rate
4. Smaller header tank and lower side plate height increase the effective
Heat exchange area of the core part that exchanges heat, without
Increasing the installation space
5. Small size, light weight and easy installation
6. The tube's zinc diffusion layer improves corrosion resistance, resulting in reduced tube plate thickness

Evaporator Coil Specifications:

1. Fin spacing: 2.5mm or adjustable
2. Copper tube diameter: 9.52mm, thickness: 0.31mm or adjustable
3. Condensing area: 2 to 170
4. Galvanized steel casing & anti -corrosive surface
5. Used in refrigeration or cold storage
6. More than 15years' experience in manufacturing refrigeration equipment

Product application ranges:
1. Commercial air conditioner
2. Refrigerator
3. Transportation
4. Fan coil
5. Display cabinet
6. Refrigerated vehicle
7. Air conditioner's handling unit
8. Ice maker
9. Refrigerated container
10. Moisture eliminator
11. Drink machine
12. Other industry, such as Desalination, chemical etc

How Heat Transfer Works
1. Heat transfer occurs when there is a difference in temperature between two mediums.
2. Heat will travel from the hot source to the cold source.
3. The rate at which the heat transfer occurs at is determined by many factors such as the heat conductivity
Of the two materials and the difference in temperatures of the two mediums.
4. Heat transfer occurs when the materials are moving against each other.
5. It have significantly good heat transfer rates because they use metal plates which have high heat
Conductivity rates and the plates are extremely thin.
6. The plate heat exchangers also achieve high amounts of heat transfer through convective forces with
Both working fluids.
7. With large temperature differentials, great amounts of heat transfer can be achieved.


Note: for further information please send me email.

Ms. Echo Lee