China Factory Screw Wing Radiator Air Heat Exchanger for Drying Systems | Reliable Suppliers for Steam, Hot Water Heating
Description
The wing radiator consists of three rows of paratactic screw wing pipe mainly. The paratactic screw wing pipe is made through winding 0.5x10mm of steel belt onto 18mm steel pipe and then zinc hot galvanized. It can also be made with full stainless steel pipe and belt. Model SRL radiator is made of steel pipe and aluminum belt through rolling, its radiator area of the same length is more than Model SRZ.
Being adopted mechanical wound piece, the contacting area between radiating wing piece and radiating pipe is large and its property of heat conducting is good and stable. The resist for air passing is small. The effect of heating or cooling air can be realized through heat conduction between wing on steel pipe and air in the gaps of wings.
Technical Parameters
| Item | Stainless steel | Carbonaceous steel | Al |
|---|---|---|---|
| Pipe diameter specification (mm) | Ø18X2 | Ø19X2 | - |
| Diameter of fin (mm) | Ø38 | Ø39 | - |
| Thickness of fin (mm) | 0.24 | - | 0.4 |
| Factor of heat exchanging area (㎡／m) | 0.64 | ||
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Frequently Asked Questions
What materials are used to manufacture the wing radiator?
The wing radiator is primarily made by winding a 0.5x10mm steel belt onto an 18mm steel pipe, followed by hot-dip zinc galvanization. It can also be customized using full stainless steel pipes and belts, or a combination of steel pipe and aluminum belt (Model SRL).
How does the Model SRL radiator compare to the Model SRZ?
Model SRL radiators are constructed using steel pipes and aluminum belts through a rolling process. This design provides a larger heat radiating area than Model SRZ radiators of the same length, leading to enhanced thermal performance.
What are the advantages of the mechanical wound piece design?
The mechanical wound piece design creates a larger contact area between the radiating wing piece and the pipe. This configuration ensures stable, high-efficiency heat conduction while keeping air passage resistance to a minimum.
What are the pipe diameter specifications for different materials?
According to the technical parameters, the standard pipe diameter specification is Ø18X2 mm for stainless steel and Ø19X2 mm for carbonaceous steel.
What is the heat exchanging area factor of these radiators?
The factor of the heat exchanging area for these wing radiators is 0.64 ㎡/m across the specified material configurations.