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High-Quality China SRZ & SRL Screw Wing Radiators for Air Heat Exchange - Leading Suppliers & Factory
Description
The wing radiator consists of three rows of paratactie screw wing pipe mainly,The paratactic screw wing pipe is made through winging O.5x1Omm of steel belt onto 18mm steel pipe and then zine hot galvaniaed ,It can also be made with ful 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 condition between wing on steel pipe and air in the gaps of wings.
Technical Parameters
| Item | Stainless steel | Carbonaceous steel | AI |
|---|---|---|---|
| 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 | ||
Product Display
Frequently Asked Questions
Q: What materials are used to make 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 galvanizing. It can also be fabricated entirely using stainless steel pipes and belts, or steel pipes combined with rolled aluminum belts (Model SRL).
Q: How does Model SRL compare to Model SRZ in terms of radiator area?
Model SRL, which features a steel pipe and rolled aluminum belt construction, provides a larger radiator area for the same length compared to the Model SRZ radiator.
Q: Why does this wing radiator offer highly stable heat conduction?
By adopting a mechanical wound piece design, the contact area between the radiating wing piece and the radiating pipe is maximized, ensuring highly efficient, stable heat conduction with minimal air resistance.
Q: What are the standard pipe diameters and fin specifications?
For stainless steel models, the pipe diameter is Ø18X2 mm with a fin diameter of Ø38 mm and a thickness of 0.24 mm. For carbonaceous steel models, the pipe diameter is Ø19X2 mm with a fin diameter of Ø39 mm.
Q: What is the heat exchanging factor of these radiators?
The factor of the heat exchanging area is 0.64 ㎡／m across the specified material configurations.