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out - Serge 600 / 001003 grey | sand

Front: 
Back: 
Widths
160 cm
190 cm
220 cm
250 cm
270 cm
320 cm
Technical specification     Standard Result
composition    
Fibreglass 42% - PVC 58%
openness factor    
NBN EN 410
5.00%
weight    
NF EN 12127
535.00g/m²
thickness    
ISO 5084
0.55mm
density   warp
ISO 7211/2
18.00yarn/cm
weft
14.00yarn/cm
colour fastness to artificial light    
ISO 105 B02
>7
colour fastness to artificial weathering    
ISO 105 B04
>7
tear strength original warp
ISO 4674-1 methode 2
8.50daN
weft
7.50daN
elongation up to break original warp
ISO 1421
3.10%
weft
2.75%
breaking strength original warp
ISO 1421
260.00daN/5 cm
weft
225.00daN/5 cm
elongation up to break after colour fastness to artifical light warp
ISO 1421
4.00%
weft
2.90%
breaking strength after colour fastness to artifical light warp
ISO 1421
240.00daN/5 cm
weft
220.00daN/5 cm
elongation up to break after colour fastness to artifical weathering warp
ISO 1421
3.50%
weft
2.80%
breaking strength after colour fastness to artifical weathering warp
ISO 1421
240.00daN/5 cm
weft
225.00daN/5 cm
tear strength after climatic chamber -30°C warp
ISO 4674-1 methode 2
7.80daN
weft
7.50daN
elongation up to break after climatic chamber -30°C warp
ISO 1421
3.00%
weft
2.50%
breaking strength after climatic chamber -30°C warp
ISO 1421
225.00daN/5 cm
weft
200.00daN/5 cm
tear strength after climatic chamber +70°C warp
ISO 4674-1 methode 2
8.20daN
weft
7.20daN
elongation up to break after climatic chamber +70°C warp
ISO 1421
2.85%
weft
2.50%
breaking strength after climatic chamber +70°C warp
ISO 1421
180.00daN/5 cm
weft
185.00daN/5 cm
air permeability    
ISO 9237
580.00l/m²/s
fire classification Europe   UNE-EN 13501-1:2007 C-s3,d0
fire classification France  
NF P92-503
M1
fire classification Italy  
UNI 9177
Class 1
fire classification Germany  
DIN 4102
B1
fire classification UK  
BS 5867
C
fire classification USA  
NFPA 701
FR
roll length      
50 m / 30 m for all widths > 270 cm
cleaning      
with soapy water
confection      
by heat, high frequency or ultrasonic welding
Front Back
Interior Exterior Interior Exterior
Front - Exterior
Visual Properties
Tv: Visual light transmittance
5.50%
Tuv: UV transmittance
3.90%
Solar Energetic Properties
As = Solar absorptance
68.80%
Rs = Solar reflectance
26.50%
Ts = Solar transmittance
4.70%
Fabric + Glazing: G-factor
Glazing A Glazing B Glazing C Glazing D
G = Total solar energy transmittance
0.19
0.15
0.09
0.08
Te = Direct solar transmittance
0.04
0.03
0.02
0.01
Qi = Secondary heat transfer factor
0.15
0.11
0.07
0.06
SC = Shading Coefficient
0.22
0.19
0.16
0.24
Classes
Visual comfort
Normal solar transmittance
4
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glare control
3
Privacy night
2
Visual contact with the outside
2
Daylight utilisation
1
Thermal comfort
G-factor = Total solar energy transmittance
Glazing A
2
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
3
Glazing C
4
Glazing D
4
Qi-factor = Secondary heat transfer factor
Glazing A
2
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
2
Glazing C
3
Glazing D
3
Front - Interior
Visual Properties
Tv: Visual light transmittance
5.50%
Tuv: UV transmittance
3.90%
Solar Energetic Properties
As = Solar absorptance
68.80%
Rs = Solar reflectance
26.50%
Ts = Solar transmittance
4.70%
Fabric + Glazing: G-factor
Glazing A Glazing B Glazing C Glazing D
G = Total solar energy transmittance
0.56
0.56
0.48
0.29
Te = Direct solar transmittance
0.04
0.03
0.02
0.01
Qi = Secondary heat transfer factor
0.52
0.53
0.46
0.27
SC = Shading Coefficient
0.66
0.74
0.82
0.89
Classes
Visual comfort
Normal solar transmittance
4
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glare control
3
Privacy night
2
Visual contact with the outside
2
Daylight utilisation
1
Thermal comfort
G-factor = Total solar energy transmittance
Glazing A
0
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
0
Glazing C
1
Glazing D
2
Qi-factor = Secondary heat transfer factor
Glazing A
0
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
0
Glazing C
0
Glazing D
1
Back - Exterior
Visual Properties
Tv: Visual light transmittance
4.50%
Tuv: UV transmittance
3.90%
Solar Energetic Properties
As = Solar absorptance
73.80%
Rs = Solar reflectance
21.50%
Ts = Solar transmittance
4.70%
Fabric + Glazing: G-factor
Glazing A Glazing B Glazing C Glazing D
G = Total solar energy transmittance
0.20
0.15
0.10
0.08
Te = Direct solar transmittance
0.04
0.03
0.02
0.01
Qi = Secondary heat transfer factor
0.16
0.12
0.07
0.07
SC = Shading Coefficient
0.23
0.20
0.16
0.25
Classes
Visual comfort
Normal solar transmittance
4
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glare control
3
Privacy night
2
Visual contact with the outside
2
Daylight utilisation
1
Thermal comfort
G-factor = Total solar energy transmittance
Glazing A
2
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
2
Glazing C
4
Glazing D
4
Qi-factor = Secondary heat transfer factor
Glazing A
2
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
2
Glazing C
3
Glazing D
3
Back - Interior
Visual Properties
Tv: Visual light transmittance
4.50%
Tuv: UV transmittance
3.90%
Solar Energetic Properties
As = Solar absorptance
73.80%
Rs = Solar reflectance
21.50%
Ts = Solar transmittance
4.70%
Fabric + Glazing: G-factor
Glazing A Glazing B Glazing C Glazing D
G = Total solar energy transmittance
0.59
0.59
0.50
0.29
Te = Direct solar transmittance
0.04
0.03
0.02
0.01
Qi = Secondary heat transfer factor
0.55
0.55
0.47
0.28
SC = Shading Coefficient
0.70
0.77
0.84
0.91
Classes
Visual comfort
Normal solar transmittance
4
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glare control
3
Privacy night
2
Visual contact with the outside
2
Daylight utilisation
1
Thermal comfort
G-factor = Total solar energy transmittance
Glazing A
0
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
0
Glazing C
1
Glazing D
2
Qi-factor = Secondary heat transfer factor
Glazing A
0
 Class 0: very little effect
Class 1: little effect
Class 2: moderate effect
Class 3: good effect
Class 4: very good effect
Glazing B
0
Glazing C
0
Glazing D
1