Low-e Glass
Product Features: Thermal Insulation, Solar Control, UV Rejection, High Visible Light Transmittance (VLT), Condensation Resistance. Size Range: The size, thickness and pattern can be customized according to the customer's requirements. Applications: Architectural Glazing, Residential Windows, Automotive & Transport, Specialized Applications.
附件下载- Product Description
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Low-emissivity coated glass (also known as Low-E glass) is produced by coating one or two layers of 10-20 nanometer metallic silver on high-quality float glass original sheets using vacuum magnetron sputtering. Silver is the substance with the lowest emissivity in nature. It can reduce the emissivity of glass from 0.84 to 0.1 or even lower, reducing radiant heat loss by 90%. According to the film layer of Low-e glass, it can be divided into single silver, double silver and triple silver.
Single silver high transmittance Low-E glass
Features
◆ High visible light transmittance--the appearance effect is good permeability and good indoor natural lighting effect.
◆ Higher solar transmittance means more solar heat radiation passes through the glass, and the shading coefficient SC of the glass is ≥ 0.5.
◆ Extremely high far-infrared reflectivity and low heat transfer coefficient U value, excellent thermal insulation performance.
Double silver Low-E glass
When the visible light transmittance is the same, it has lower solar transmittance than ordinary Low-E glass, that is, it has a lower shading coefficient Sc. In other words, it filters sunlight into a cold light source to the greatest extent, solves the contradiction between high visible light transmittance and low solar transmittance, and provides energy-saving guarantee for designs that pursue transparent appearance.
Features
◆ High visible light transmittance--the visible light band maintains a high transmittance to ensure good natural lighting.
◆ Extremely low solar transmittance - effectively limits the transmission of solar thermal radiation, especially the transmission of near-infrared thermal radiation.
Bendable tempered Low-E glass
Ordinary Low-E glass cannot undergo heat treatment processes such as hot bending and tempering after forging, which greatly limits the large-scale promotion of Low-E glass and the promotion of building energy conservation. However, the film layer of this kind of Low-e glass is made of new materials and can be bent and tempered, which fully meets the needs of architectural curved glass design and has been widely used in many large buildings at home and abroad.
Features
◆ Can achieve post-filming hot bending, tempering and other treatments.
◆ It has the photothermal performance of ordinary Low-E glass and good energy-saving effect.
Applications
Residential and commercial buildings, glass doors, curtain walls, display windows, partitions, etc.
Processing specifications
◆ Standard size: 2440mmx3660mm, 2440mmx3300mm
◆ Maximum size: 3300mmx6000mm
◆ Minimum size: 300mmx300mm
◆ Thickness: 5mm, 6mm (8mm and 10mm need to be customized)
◆ Color: colorless and transparent, various shades of gray, blue, green, blue-green, gold series colors.
Quality Standard
◆ Comply with the national standard GB/T18915.2-2002 "Coated Glass"
◆ Comply with AS/NZ2208: 1996 Australian Standard
◆ Comply with ASTM E2190 American standard (IGCC)
Precautions for selection
◆ Special sound insulation and heat insulation requirements: Filling Low-E insulating glass with argon gas (Ar) can further reduce the U value of the heat transfer coefficient and enhance the sound insulation performance.
◆ Prevent thermal stress cracking of glass: When selecting glass products whose solar energy absorption is close to or exceeding 70%, it is recommended that the glass should be tempered or semi-coppered to enhance its ability to resist thermal shock and prevent thermal stress cracking of the glass.
◆ Color selection: The colors marked in the performance parameter table are the reflection colors of the glass under the natural outdoor sky background. The reflection color of the glass observed when the background sky color changes will be different, so it is necessary to adopt multiple directions and angles when selecting. Observation is appropriate.Glass Makeup
Trans
Reflect
Trans
Reflect
Winter
Summer
sc
SHGC 300nm-2500nm
Solar nfrared(SIR) 780nm-2500nm
outdoor
Indoor
5mm Planibel
80
9
9
62
9
3.88
3.07
0.79
0.68
0.58
6mm Planibel
80
9
9
61
8
3.87
3.06
0.78
0.68
0.57
8mm Planibel
80
10
11
64
10
3.77
2.96
0.80
0.70
0.59
10mm Planibel
80
10
11
63
9
3.77
2.98
0.80
0.69
0.59
5mm Sunergy
72
8
9
54
11
4.19
3.44
0.72
0.63
0.49
6mm Sunergy
72
8
9
54
11
4.17
3.43
0.71
0.62
0.49
8mm Sunergy
72
8
9
52
10
4.1
3.36
0.7
0.61
0.47
10mm Sunergy
72
8
9
51
10
4.03
3.3
0.69
0.60
0.46
Insulated Glass - Temperable Low-E Glass
Glass Makeup
Reflective Color
Visible Light(%)
Solar Energy(%)
U-value(W/m2K)
sc
SHGC 300m- 2500nm
Solar Infrared(SIR)
780nm -2500nm
Trans
Reflect
Trans
Reflect
Winter
Summer
Outdoor
Indoor
6Super N1#2 on Clear +12A+6C
Neutral
78
12
12
53
23
1.84
1.85
0.68
0.59
0.40
6Double 4#2 on Clear+12A+6C
Neutral
62
10
12
30
29
1.70
1.67
0.40
0.35
0.10
6YBE0180N+12A+6C
Neutral
66
15
12
49
18
1.84
1.84
0.57
0.50
0.39
6YBE0160N+12A+6C
Light Blue
53
15
10
33
31
1.84
1.85
0.50
0.44
0.36
6YBE0152N+12A+6C
Blue Grey
46
21
10
28
26
1.79
1.78
0.43
0.37
0.29
6YBE0142N+12A+6C
Sliver Grey
38
29
10
22
35
1.75
1.72
0.35
0.31
0.18
Insulating Glass - Double Low-E Glass
Glass Makeup
Reflective
Color
Visible Light(%)
Solar Energy(%)
U-value(W/m2K)
sc
SHGC 300m-2500nm
Solar infrared(SIR)
780nm-2500nm
Trans
Reflect
Trans
Reflect
Winter
Summer
Outdoor
Indoor
6CED12-78 on Clear +12A+6C
Neutral
68
11
12
34
33
1.67
1.62
0.44
0.39
0.12
6CED12-67 on Clear +12A+6C
Neutral
62
10
12
30
31
1.65
1.59
0.41
0.36
0.11
6CED12-57 on Clear +12A+6C
Neutral
53
14
11
25
32
1.69
1.65
0.35
0.30
0.09
6CED13-56 on Clear+12A+6C
Neutral
50
19
21
27
28
1.75
1.72
0.38
0.33
0.17
6CED12-52 on Clear 12A+6C
Light Grey
48
14
11
22
31
1.67
1.62
0.32
0.28
0.09
6CED13-39 on Clear 12A+6C
Light Grey
41
20
13
18
38
1.67
1.62
0.27
0.23
0.07
6CED14-47 on Clear+12A+6C
Gold
42
18
18
22
34
1.71
1.67
0.32
0.28
0.12
6CED14-46 on Clear+12A+6C
Champagne
43
18
15
24
32
1.73
1.70
0.34
0.30
0.14
6SJ60-1 on Clear+12A +6C
Neutral
51
12
11
24
31
1.68
1.64
0.34
0.29
0.09
6 LB69-1 on Clear+12A +6C
Light Blue
60
12
12
28
31
1.68
1.64
0.37
0.32
0.09
6LB60-1 on Clear+12A+6C
Light Blue
54
17
14
24
37
1.64
1.58
0.33
0.28
0.07
6 BJ57-1 on Clear+12A+6C
Blue Grey
54
19
20
25
32
1.64
1.58
0.34
0.30
0.09
6CED12-58 on Clear+12A+6C
Light Blue
53
10
10
24
24
1.68
1.64
0.34
0.30
0.10
Insulating Glass -Triple Low-E Glass
Glass Makeup
Reflective Color
Visible Light(%)
Solar Enerey(%)
U-value(W/m2k)
sc
SHGC 300nm- 2500nm
Solar Infrared(SIR)
780nm-2500nm
Trans
Reflect
Trans
Reflect
Winter
Summer
Outdoor
Indoor
6SJ68S-1 on Clear+12A +6C
Neutral
64
10
11
28
35
1.67
1.62
0.37
0.32
0.06
6SJ65S-1 on Clear+12A +6C(CET13-65)
Blue Green
62
11
11
24
38
1.64
1.58
0.33
0.28
0.04
6SJ52S-1 on Clear+12A+6C
Neutral Grey
51
13
12
21
36
1.64
1.58
0.29
0.25
0.05
6SJ50S-1 on Clear+12A +6C(CET13-50)
Neutral Grey
50
10
11
18
37
1.64
1.58
0.26
0.23
0.04
6LB52S-1 on Clear+12A +6C
Light Blue
51
16
14
19
40
1.64
1.58
0.27
0.23
0.04
6BJ52S-1 on Clear+12A +6C
Blue Grey
48
20
17
18
41
1.64
1.58
0.26
0.22
0.04
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