WINDOWS

WINDOWS
More than meets the eye
What is a space all about? Atmosphere, people that inhabit and use it, the feeling of belonging? Is it about boundaries? Separating what is inside from what is outside? Space is all about you. What you consider important. We create the frame that shapes your vision, keeps it safe and makes it beautiful.
Technologies
ELVIAL's steps to perfection.
A key factor in the rapid growth of ELVIAL has been its ongoing investment of substantial capital innovative ideas and the application of state-of-the-art technologies and totally vertical profile and system processing and production.
Window Systems
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Iconic W77 AI2 ML_BS | Iconic W77 AI2 CE_BS | Iconic W77 AI2 ML | Iconic W77 AI2 CE | ||||
DESIGN | |||||||
System Depth | mm | 77 | 77 | 77 | 77 | ||
Min Face Height Frame-Sash |
mm | 66 | 66 | 89 | 89 | ||
Min Face Height Threshold-Sash |
mm | 56 | - | 79 | - | ||
Min Face Width
Middle Mullion |
mm | 78 | 107 | 154 | 154 | ||
Design | Minimal Design
Linear Design |
Minimal Design
Linear Design |
Linear Design | Linear Design | |||
PROPERTIES | |||||||
Max Sash Height | mm | 2.400 | 2.400 | 2.800 | 2.800 | ||
Max Sash Width |
mm | 1.200 | 1.200 | 1.600 | 1.600 | ||
Max Sash Weight |
|
kg | 130 | 130 | 200 | 200 | |
Max Glass Thickness | mm | 46 or 32 | 46 or 32 | 66 | 66 | ||
Mechanism Type | Multilock groove mechanism [ML] |
European groove mechanism [CE] |
Multilock groove mechanism [ML] |
European groove mechanism [CE] |
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Surface Finishings | All | All | All | All | |||
PERFORMANCE | |||||||
Uf value (≥) EN ISO 10077-2 |
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W/m²K | 1.4 | 1.4 | 0.88 | 0.88 | |
Air Permeability EN 12207 |
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Class 4 | Class 4 | Class 4 | Class 4 | ||
Water Tightness EN 12208 |
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E750 | E750 | E1200 | E1200 | ||
Wind Load Resistance EN 12210 |
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C5/B5 | C5/B5 | C5/B5 | C5/B5 |
ENERGY | |||||||||||
Uf value ( ≥) EN ISO 10077-2 |
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The Uf value measures the heat flow. The lower the Uf , the more efficient the profile you have chosen. | |||||||||
Air Permeability* EN 1026; EN 12207 |
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1 (150 Pa) |
2 (300 Pa) |
3 (450 Pa) |
4 (600 Pa) |
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Water Tightness** EN 1027;EN 12208 |
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3A (100 Pa) |
4A (150 Pa) |
5A (200 Pa) |
6A (250 Pa) |
7A (300 Pa) |
8A (450 Pa) |
9A (600 Pa) |
E750 (750 Pa) |
E1050 (1050 Pa) |
E1200 (1200 Pa) |
Wind Load Resistance*** EN 12211; EN 12210 |
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1 (400 Pa) |
2 (800 Pa) |
3 (1200 Pa) |
4 (1600 Pa) |
5 (2000 Pa) |
E (>2000Pa) |
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Wind Load Resistance, frame deflection*** EN 12211; EN 12210 |
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Α (<l/150) |
B (<l/200) |
C (<l/300) |
This table shows classes and values of performances, which can be achieved for specific configurations and opening types. | |
* | The Air permeability is the measure of the ability of closed window or door to resist the uncontrolled flow of air at a certain pressure. |
** | The Water tightness in a window is its capacity to avoid water penetration. |
*** | The Wind-load resistance refers to the resistance of the closed doors and windows to wind pressure without any damages and functional impairment.There are up to 6 levels of wind resistance and 3 deflection classes.The higher the number, the stronger the wind-load resistance. |
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Iconic W77 ST AI2 | |||||||
DESIGN | |||||||
System Depth | mm | 77 | |||||
Min Face Height Frame-Sash |
mm | 68 | |||||
Min Face Width
Middle Mullion |
mm | 89 | |||||
Design | Minimal Design
Industrial Design |
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PROPERTIES | |||||||
Max Sash Height | mm | 2.400 | |||||
Max Sash Width |
mm | 900 | |||||
Max Sash Weight |
kg | 130 | |||||
Max Glass Thickness | mm | 56 | |||||
Mechanism Type | European groove mechanism [CE] |
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Surface Finishings | All |
ENERGY | |||||||||||
Uf value ( ≥) EN ISO 10077-2 |
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The Uf value measures the heat flow. The lower the Uf , the more efficient the profile you have chosen. | |||||||||
Air Permeability* EN 1026; EN 12207 |
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1 (150 Pa) |
2 (300 Pa) |
3 (600 Pa) |
4 (600 Pa) |
||||||
Water Tightness** EN 1027;EN 12208 |
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3A (100 Pa) |
4A (150 Pa) |
5A (200 Pa) |
6A (250 Pa) |
7A (300 Pa) |
8A (450 Pa) |
9A (600 Pa) |
E750 (750 Pa) |
E1050 (1050 Pa) |
E1200 (1200 Pa) |
Wind Load Resistance*** EN 12211; EN 12210 |
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1 (400 Pa) |
2 (800 Pa) |
3 (1200 Pa) |
4 (1600 Pa) |
5 (2000 Pa) |
E (>2000Pa) |
||||
Wind Load Resistance, to Frame Deflection*** EN 12211; EN 12210 |
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Α (<l/150) |
B (<l/200) |
C (<l/300) |
This table shows classes and values of performances, which can be achieved for specific configurations and opening types. | |
* | The Air permeability is the measure of the ability of closed window or door to resist the uncontrolled flow of air at a certain pressure. |
** | The Water tightness in a window is its capacity to avoid water penetration. |
*** | The Wind-load resistance refers to the resistance of the closed doors and windows to wind pressure without any damages and functional impairment.There are up to 6 levels of wind resistance and 3 deflection classes.The higher the number, the stronger the wind-load resistance. |
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||||
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Essence W67 HI2 ML_BS | Essence W67 HI2 CE_BS | Essence W67 HI2 ML | Essence W67 HI2 CE | ||||
DESIGN | |||||||
System Depth | mm | 67 | 67 | 67 | 67 | ||
Min Face Height Frame-Sash |
mm | 66 | 66 | 89 | 89 | ||
Min Face Height Threshold-Sash |
mm | 56 | - | 79 | - | ||
Min Face Width
Middle Mullion |
mm | 78 | 107 | 154 | 154 | ||
Design | Minimal Design
Linear Design |
Minimal Design
Linear Design |
Linear Design | Linear Design | |||
PROPERTIES | |||||||
Max Sash Height | mm | 2.400 | 2.400 | 2.800 | 2.800 | ||
Max Sash Width |
mm | 1.200 | 1.200 | 1.600 | 1.600 | ||
Max Sash Weight |
kg | 130 | 130 | 200 | 200 | ||
Max Glass Thickness | mm | 46 or 28 | 46 or 28 | 57 | 57 | ||
Mechanism Type | Multilock groove mechanism [ML] |
European groove mechanism [CE] |
Multilock groove mechanism [ML] |
European groove mechanism [CE] |
|||
Surface Finishings | All | All | All | All | |||
PERFORMANCE | |||||||
Uf value (≥) EN ISO 10077-2 |
![]() |
W/m²K | 1,8 | 1,8 | 1,1 | 1,1 | |
Air Permeability EN 12207 |
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Class 4 | Class 4 | Class 4 | Class 4 | ||
Water Tightness EN 12208 |
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E1050 | E1050 | E1050 | E1050 | ||
Wind Load Resistance*** EN 12210 |
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C5/B5 | C5/B5 | C5/B5 | C5/B5 |
ENERGY | |||||||||||
Uf value ( ≥) EN ISO 10077-2 |
![]() |
The Uf value measures the heat flow. The lower the Uf , the more efficient the profile you have chosen. | |||||||||
Air Permeability* EN 1026; EN 12207 |
![]() |
1 (150 Pa) |
2 (300 Pa) |
3 (600 Pa) |
4 (600 Pa) |
||||||
Water Tightness** EN 1027;EN 12208 |
![]() |
3A (100 Pa) |
4A (150 Pa) |
5A (200 Pa) |
6A (250 Pa) |
7A (300 Pa) |
8A (450 Pa) |
9A (600 Pa) |
E750 (750 Pa) |
E1050 (1050 Pa) |
E1200 (1200 Pa) |
Wind Load Resistance*** EN 12211; EN 12210 |
![]() |
1 (400 Pa) |
2 (800 Pa) |
3 (1200 Pa) |
4 (1600 Pa) |
5 (2000 Pa) |
E (>2000Pa) |
||||
Wind Load Resistance, to Frame Deflection*** EN 12211; EN 12210 |
![]() |
Α (<l/150) |
B (<l/200) |
C (<l/300) |
This table shows classes and values of performances, which can be achieved for specific configurations and opening types. | |
* | The Air permeability is the measure of the ability of closed window or door to resist the uncontrolled flow of air at a certain pressure. |
** | The Water tightness in a window is its capacity to avoid water penetration. |
*** | The Wind-load resistance refers to the resistance of the closed doors and windows to wind pressure without any damages and functional impairment.There are up to 6 levels of wind resistance and 3 deflection classes.The higher the number, the stronger the wind-load resistance. |