Reflects sunlight outdoors
Out is an extremely durable, effective collection of exterior screens - woven with coated fiberglass yarns - making these screens ideal for outdoor use. Copaco offers a wide range of fabric and color options that ensure a perfect fit. Two new lines, made with the innovative Block fabrics, Lunar and Solar, provide perfectly blocking & transparency. Out screens are a decorative feature of countless home and offices around the world, giving energy savings and light transmission a new dimension.
Reflects sunlight outdoors
Reflects sunlight outdoors
Out is an extremely durable, effective collection of exterior screens - woven with coated fiberglass yarns - making these screens ideal for outdoor use. Copaco offers a wide range of fabric and color options that ensure a perfect fit. Two new lines, made with the innovative Block fabrics, Lunar and Solar, provide perfectly blocking & transparency. Out screens are a decorative feature of countless home and offices around the world, giving energy savings and light transmission a new dimension.
Widths
Product ref.
300 cm
033001 - oyster shell
- Available
Recommendations
To be used in sunscreensystems with Zipscreens.
Technical info
General
Composition
Fibreglass 34% - PVC 48% - PVC laminate 18%
Openness factor
NBN EN 410
3.00%
Weight
NF EN 12127
645.00 g/m²
Thickness
ISO 5084
0.70 mm
Density
ISO 7211/2
Warp18.00 yarn/cm
Weft14.00 yarn/cm
Color fastness to artificial weathering
ISO 105 B04
>7
Air permeability
ISO 9237
0
Roll length
30 m
Cleaning
With soapy water
Confection
By heat, high frequency or ultrasonic welding
Fire classification
└Germany
DIN 4102
awaiting test results
└UK
BS 5867
awaiting test results
└USA
NFPA 701
awaiting test results
└France
NF P92-503
M2
└Italy
UNI 9177
Class 1
Tear strength
ISO 4674-1 methode 2
└Original
Warp9.00 daN
Weft9.90 daN
└After climatic chamber -30°C
Warp10.00 daN
Weft11.00 daN
└After climatic chamber +70°C
Warp9.80 daN
Weft10.00 daN
Elongation up to break
ISO 1421
└Original
Warp5.70 %
Weft7.90 %
└After colour fastness to artificial weathering
Warp5.90 %
Weft6.70 %
└After climatic chamber -30°C
Warp5.50 %
Weft6.40 %
└After climatic chamber +70°C
Warp5.90 %
Weft6.20 %
Breaking strength
ISO 1421
└Original
Warp205.70 daN/5cm
Weft169.80 daN/5cm
└After colour fastness to artificial weathering
Warp200.10 daN/5cm
Weft154.60 daN/5cm
└After climatic chamber -30°C
Warp210.00 daN/5cm
Weft210.00 daN/5cm
└After climatic chamber +70°C
Warp215.30 daN/5cm
Weft147.20 daN/5cm
Front - Interior
Visual properties
Tv = Visual light transmittance
0.20%
Tuv = UV transmittance
4.90%
Solar energetic properties
As = Solar absorptance
76.90%
Rs = Solar reflectance
18.20%
Ts = Solar transmittance
4.90%
Fabric + glazing: G-factor
Glazing A
G 0.56
Te 0.04
Qi 0.52
SC 0.66
Glazing B
G 0.57
Te 0.03
Qi 0.54
SC 0.76
Glazing C
G 0.50
Te 0.03
Qi 0.47
SC 0.84
Glazing D
G 0.29
Te 0.01
Qi 0.27
SC 0.90
- G = Total solar energy transmittance
- Te = Direct solar transmittance
- Qi = Secondary heat transfer factor
- SC = Shading coefficient
Visual comfort
Normal solar transmittance
Class 4
Very good effect
Glare control
Class 2
Moderate effect
Privacy night
Class 2
Moderate effect
Visual contact with the outside
Class 2
Moderate effect
Daylight utilisation
Class 1
Little effect
Thermal comfort G-factor = Total solar energy transmittance
Glazing A
Class 0
Very little effect
Glazing B
Class 0
Very little effect
Glazing C
Class 1
Little effect
Glazing D
Class 2
Moderate effect
Thermal comfort Qi-factor = Secondary heat transfer factor
Glazing A
Class 0
Very little effect
Glazing B
Class 0
Very little effect
Glazing C
Class 0
Very little effect
Glazing D
Class 1
Little effect
- Class 0 = Very little effect
- Class 1 = Little effect
- Class 2 = Moderate effect
- Class 3 = Good effect
- Class 4 = Very good effect
Back - Interior
Visual properties
Tv = Visual light transmittance
0.20%
Tuv = UV transmittance
4.90%
Solar energetic properties
As = Solar absorptance
73.30%
Rs = Solar reflectance
21.80%
Ts = Solar transmittance
4.90%
Fabric + glazing: G-factor
Glazing A
G 0.54
Te 0.04
Qi 0.50
SC 0.64
Glazing B
G 0.56
Te 0.04
Qi 0.52
SC 0.73
Glazing C
G 0.49
Te 0.03
Qi 0.46
SC 0.83
Glazing D
G 0.28
Te 0.01
Qi 0.27
SC 0.89
- G = Total solar energy transmittance
- Te = Direct solar transmittance
- Qi = Secondary heat transfer factor
- SC = Shading coefficient
Visual comfort
Normal solar transmittance
Class 4
Very good effect
Glare control
Class 2
Moderate effect
Privacy night
Class 2
Moderate effect
Visual contact with the outside
Class 2
Moderate effect
Daylight utilisation
Class 1
Little effect
Thermal comfort G-factor = Total solar energy transmittance
Glazing A
Class 3
Good effect
Glazing B
Class 3
Good effect
Glazing C
Class 4
Very good effect
Glazing D
Class 4
Very good effect
Thermal comfort Qi-factor = Secondary heat transfer factor
Glazing A
Class 2
Moderate effect
Glazing B
Class 3
Good effect
Glazing C
Class 3
Good effect
Glazing D
Class 3
Good effect
- Class 0 = Very little effect
- Class 1 = Little effect
- Class 2 = Moderate effect
- Class 3 = Good effect
- Class 4 = Very good effect
Front - Exterior
Visual properties
Tv = Visual light transmittance
0.20%
Tuv = UV transmittance
4.90%
Solar energetic properties
As = Solar absorptance
76.90%
Rs = Solar reflectance
18.20%
Ts = Solar transmittance
4.90%
Fabric + glazing: G-factor
Glazing A
G 0.15
Te 0.04
Qi 0.11
SC 0.18
Glazing B
G 0.12
Te 0.04
Qi 0.08
SC 0.15
Glazing C
G 0.07
Te 0.03
Qi 0.05
SC 0.12
Glazing D
G 0.06
Te 0.01
Qi 0.04
SC 0.18
- G = Total solar energy transmittance
- Te = Direct solar transmittance
- Qi = Secondary heat transfer factor
- SC = Shading coefficient
Visual comfort
Normal solar transmittance
Class 4
Very good effect
Glare control
Class 2
Moderate effect
Privacy night
Class 2
Moderate effect
Visual contact with the outside
Class 2
Moderate effect
Daylight utilisation
Class 1
Little effect
Thermal comfort G-factor = Total solar energy transmittance
Glazing A
Class 2
Moderate effect
Glazing B
Class 3
Good effect
Glazing C
Class 4
Very good effect
Glazing D
Class 4
Very good effect
Thermal comfort Qi-factor = Secondary heat transfer factor
Glazing A
Class 2
Moderate effect
Glazing B
Class 3
Good effect
Glazing C
Class 3
Good effect
Glazing D
Class 3
Good effect
- Class 0 = Very little effect
- Class 1 = Little effect
- Class 2 = Moderate effect
- Class 3 = Good effect
- Class 4 = Very good effect
Back - Exterior
Visual properties
Tv = Visual light transmittance
0.20%
Tuv = UV transmittance
4.90%
Solar energetic properties
As = Solar absorptance
73.30%
Rs = Solar reflectance
21.80%
Ts = Solar transmittance
4.90%
Fabric + glazing: G-factor
Glazing A
G 0.15
Te 0.04
Qi 0.11
SC 0.17
Glazing B
G 0.11
Te 0.03
Qi 0.08
SC 0.15
Glazing C
G 0.07
Te 0.03
Qi 0.05
SC 0.12
Glazing D
G 0.06
Te 0.01
Qi 0.04
SC 0.18
- G = Total solar energy transmittance
- Te = Direct solar transmittance
- Qi = Secondary heat transfer factor
- SC = Shading coefficient
Visual comfort
Normal solar transmittance
Class 4
Very good effect
Glare control
Class 2
Moderate effect
Privacy night
Class 2
Moderate effect
Visual contact with the outside
Class 2
Moderate effect
Daylight utilisation
Class 1
Little effect
Thermal comfort G-factor = Total solar energy transmittance
Glazing A
Class 3
Good effect
Glazing B
Class 3
Good effect
Glazing C
Class 4
Very good effect
Glazing D
Class 4
Very good effect
Thermal comfort Qi-factor = Secondary heat transfer factor
Glazing A
Class 2
Moderate effect
Glazing B
Class 3
Good effect
Glazing C
Class 3
Good effect
Glazing D
Class 3
Good effect
- Class 0 = Very little effect
- Class 1 = Little effect
- Class 2 = Moderate effect
- Class 3 = Good effect
- Class 4 = Very good effect
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