Stainless steel composite warm edge spacer

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1、Material properties: The stainless steel composite warm-edge spacer bar uses high-grade insulation materials, reducing the heat loss of traditional aluminum strips and enhancing the insulation performance of building doors and windows.

2、Environmental adaptability, capable of adapting to various climatic conditions across most countries, ranging from the extremely cold polar regions to the scorching equatorial areas.

3、Formability: The stainless steel composite warm-edge spacer has excellent formability and excellent compatibility with all sealants.

4、Mechanical properties, superior mechanical properties, excellent thermal properties and stable chemical properties.

 

Product specification model:

 

Specification

Section width

Height

Length

Packaging count

Packaging method

6A

5.5mm

7mm

5m

420Piece/Unit

Carton box

8A

7.5mm

7mm

5m

320Piece/Unit

Carton box

9A

8.5mm

7mm

5m

280Piece/Unit

Carton box

10A

9.5mm

7mm

5m

260Piece/Unit

Carton box

12A

11.5mm

7mm

5m

220Piece/Unit

Carton box

14A

13.5mm

7mm

5m

180Piece/Unit

Carton box

15A

14.5mm

7mm

5m

180Piece/Unit

Carton box

16A

15.5mm

7mm

5m

160Piece/Unit

Carton box

18A

17.5mm

7mm

5m

140Piece/Unit

Carton box

19A

18.5mm

7mm

5m

140Piece/Unit

Carton box

20A

19.5mm

7mm

5m

120Piece/Unit

Carton box

22A

21.5mm

7mm

5m

120Piece/Unit

Carton box

24A

23.5mm

7mm

5m

100Piece/Unit

Carton box

27A

26.5mm

7mm

5m

100Piece/Unit

Carton box

 

Technical Characteristics:

The stainless steel composite warm-edge strip is made of high-end insulation materials, which reduces the heat loss of traditional aluminum strips and enhances the energy-saving and environmental protection effect of building doors and windows. It integrates international advanced equipment with the original imported high-end composite materials. Through the cold and hot co-extrusion technology, the composite stainless steel is perfectly combined (with a wall thickness of 0.1mm). While achieving perfect airtightness, it also achieves better heat insulation performance.

Advantages:

1. Excellent anti-condensation performance
2. Compatible with various sealants
3. Advanced production technology achieves better airtightness
4. High-end insulation materials are perfectly integrated with stainless steel, enhancing structural stability

Thermal performance parameters:

 

 

Wooden window

Plastic window

Aluminum window

Window frame thermal conductivity coefficientuf

1.40W/m²k

1.90W/m²k

2.00W/m²k

Thermal conductivity of glassug

1.10W/m²k

1.10W/m²k

1.10W/m²k

 

Aluminum partition strips Warm edge strip Aluminum partition strips Warm edge strip Aluminum partition strips Warm edge strip
The ψ value at the edge of the glass

0.070W/mk

0.039W/mk

0.070W/mk

0.038W/mk

0.106W/mk

0.050W/mk

The overall heat transfer coefficient of the entire windowU w

1.37W/m²k

1.28W/m²k

1.53W/m²k

1.44W/m²k

1.64W/m²k

1.49W/m²k

Temperature coefficient

0.51

0.62

0.55

0.65

0.55

0.69

The surface temperature inside the insulating gla

5.3℃

8.7℃

6.5℃

9.0℃

6.5℃

10.3℃

Thermal conductivity of glassUg

1.20W/m²k

1.20W/m²k

1.20W/m²k

 

Aluminum partition strips Warm edge strip Aluminum partition strips Warm edge strip Aluminum partition strips Warm edge strip

The edge of the glass ψ

0.067W/mk

0.036W/mk

0.067W/mk

0.036W/mk

0.104W/mk

0.050W/mk

The overall heat transfer coefficient of the entire window Uw

1.43W/m²k

1.34W/m²k

1.58W/m²k

1.51W/m²k

1.69W/m²k

1.55W/m²k

Temperature coefficient

0.51

0.62

0.55

0.65

0.55

0.67

The surface temperature inside the insulating glass

5.3℃

8.5℃

6.5℃

9.4℃

6.7℃

10.2℃

Product Details

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