UNI ONE...own home. Imagine the harmony you can create in a room if you use the same finish for...
Transcript of UNI ONE...own home. Imagine the harmony you can create in a room if you use the same finish for...
111
UNI_ONETECHNOLOGY FOR WINDOWS REVOLUTION
ENG ed. 01/2020
IN HARMONY
uni_one is the revolutionary technology developed by Uniform for the production of wood-aluminium and wood-bronze window and door systems.
Leader in the production of systems for wood-aluminium windows and doors, since its establishment in 1988, Uniform has set itself the goal of becoming the point of reference for windows and doors manufacturers, for construction and architecture professionals.
The characteristics that distinguish uni_one are: the use of 6 meter long finger-joint glue-lam pine wood bars, fast and precise workshops, aluminium profiles and accessories for the external protection of windows and doors, software for developing offers and orders, and sales-tools.
Pure style and elegant design. With uni_one technology it is possible to create a window in harmony with the trends of contemporary architectural design. The wood finishes, inspired by the most prestigious interior brands, create an harmonious environment with the doors and the interior furnishing of the home.Thanks to the minimal style, light becomes a natural element of furniture, perfect balance between nature, aesthetics and technology.
3
Awareness that the environment needs protection, for us and for future generations, implies ethical choices to reduce energy consumption and use sustainable
natural materials. uni_one windows fully meet these criteria – and can help to reduce your carbon footprint.
For uni_one bars, Uniform uses only wood
from FSC® certified forests to support the principles of sustainability and respect for man and nature. Furthermore, production with glue-laminated technology, optimises the use of plants, minimising waste.
The aluminium on the outside is re-cycled and can easily be re-cycled again: The whole uni_one window gives high levels of thermal and acoustic insulation, leading to savings in energy and efficient sound reduction.
SUSTAINABLE ENVIRONMENT
3
uni_one windows are designed to achieve the highest thermal insulation, maximum energy efficiency and comfort.
The performance, proven by independent test houses, demonstrates high levels of achievement by uni_one in every configuration of window opening.
ENERGY EFFICIENCY AND COMFORT
5
OAK - A beautiful, durable hardwood, which is the first choice of many for the interior design and furniture in their home. Often termed, ‘noble oak’ for the high esteem in which it is held, it is available in a selection of options, so as to sit perfectly with any interior design project and budget.
PINE - pine is a softwood whose beauty is its simplicity and practicality, containing a higher proportion of air, which makes it ideal for thermal and sound insulation. Pine is the perfect vehicle where a lighter timber appearance is required, or as a base for a rich variety of alternative veneers to be applied to maximise your colour options and minimise cost.
ALUMINIUM - Its resistance to all weathers makes it the perfect shield for protecting your timber window, thus minimising unsustainable and expensive maintenance. Moreover, the possibility of choosing from an incomparable number of finishes and texture combinations, makes the aluminium on uni_one windows, easy to match with any facade or architectural style.
MATERIALS
TEST RESULTS FOR UNI_ONE:
Air permeability: Class 4 (achieved the highest classification)
WHAT DOES THIS MEAN? With a Hurricane* Force wind speed of 75 mph: no air leakage, no draughts, thus, a warmer and quieter, more comfortable atmosphere and greater energy saving.
Water tightness: Method A - Class E1050 (exceeded the highest classification)
WHAT DOES THIS MEAN? No leakage when the glass is completely wet, despite a severe Hurricane* Force wind speed of 95 mph and horizontal rain. *Hurricane wind speeds according to the Beaufort scale.
Wind resistance: Class C5 (achieved the highest classification)
WHAT DOES THIS MEAN? Extremely robust, minimal distortion even under high wind pressure, excellent resistance to gusts, no damage to fastenings, providing greater safety for occupants.
Energy saving: thermal transmittance ‘U’ values between 0,7 W/m2K and
1,2 W/m2K with high-performance glassWHAT DOES THIS MEAN? Insulating double or triple glazed glass units, made with panes covered in a low emissivity coating (Low-E) combined with Argon gas between panes and warm-edge spacer bars, allow optimum performance values to be reached, guaranteeing enhanced comfort inside the building in all climatic conditions, reducing heat loss. Solar control glass also enables energy gains to be obtained from outside, as well as reducing heat excesses in Summer months.
Sound reduction: insulation up to Rw = 46 dBWhen requested, the glass panes can be laminated, built with the insertion of a transparent, acoustic, PVB interlayer of soundproofing material which, allows noise insulation to be greatly enhanced, reaching outstanding levels of sound attenuation.
OPEN IN
THE FULFILMENT OF YOUR DESIGN
The evocative beauty and tactile sensuality of natural materials create an additional dimension to your decor choices. Thus uni_one becomes a finishing element of interior design for those who leave nothing to chance and seek perfection in the details of their own home. Imagine the harmony you can create in a room if you use the same finish for windows, doors and furniture.
uni_one windows are designed with interior decor in mind, to bring together technology and design in the home: your home.
45° JOINT The 45° joint is embellished with an angular insertavailable in various finishes that can be combined with the colour of the handles or the wood.
90° JOINTThe corner of the 90° junction is inspired by the tradition of wooden windows, whilst retaining the rigorous lines and the purity of contemporary design.
7
What you see here are not enlargements of the details of furniture elements: they are uni_one finishes!Thanks to uni_one’s wide range of exquisite finishes, you can achieve perfect co-ordination for each room.
OPEN OUT
format38
Light is at the very core of format38, the world’s thinnest, outward opening wood-aluminium window.
Format38 launches a concept based on the sash fully overlapping the frame so as to minimise the exposed section of both the wood inside and the aluminium outside, which is thinned down to 38mm. Opening elements feature sturdy concealed hinges(Uniform patent): for the first time, opening and fixed windows become virtually indistinguishable from each other. All this without sacrificing window performance andsturdiness, thanks to steel reinforcements fully embedded in wood, for frame-to-frame couplings that can counteract the wind thrust and safely reach unachievable heights for traditional doors and windows.Format38 is a technological synthesis of years of research, the result of a dream come true - indeed turning into light.
LIGHT: A KEY FEATURE
9
38 mm
FRAMELESS APPEAL
the 40mm timber frame can be wholly covered by the plasterboard.
EVERYTHING CONCEALED
the hinges, the handle... the window frame.Pure vision.
NATURALlike wood and to focus on the environment. uni_one window and door frames are made of wood coming only from FSC certified forests, in full respect of nature thanks to ongoing, controlled reforestation.The glue-lam wood and finger-joint technology ensures great stability, optimal use of raw material and high thermal performance.
11
REVOLUTIONas a revolutionary manufacturing system.For the first time, 6 meter long finger-joint glue-lam pine wood bars are used, already finished and ready for cutting and assembly.In a nutshell: fast, precise processing machinery, aluminium profiles and accessories, dedicated software, sales tool kits.
SILK TECHNICAL ESSENCE
13
MSxF1 MSxR6 MSxR3 MSxN1MSxC1
MSxR1 MSxR2 MSxR4 MSxR5
MSxP3 MSxP1 MSxP2
Finishes shown in this brochure are solely indicative.
SILK
Structural biadhesive
Silk
Polyurethane glue
Triple-layered engineered wooden profile
TECHNICAL ESSENCE
15
SILK
- silk is a new-generation single-layer finish, printed with a synchronised grain.- it is used in the finest contemporary interiors.- it enhances your window, perfectly blending in with the furnishings and doors of every room.- highly resistant to abrasion, scratches, moisture and stains, it ensures perfect colour resistance to exposure to light.
FSC COC CERTIFICATION (Chain of Custody) for wooden profiles
171171171171111777771777771771717117777777777717177117177777711717177777777771717717777171717771117111111717171171711117717171111771777177771177777777777771777777771177777777
NATURA OAK VENEER
TRx12 TRx13 TRx14
TRx01 TRx02 TRx11
Finishes shown in this brochure are solely indicative.
11
NATURA
NWF support
Polyurethane adhesiveHMPUR hot melt
Triple-layered engineered wooden profile
NaturaOak Veneer
OAK VENEER
19
NATURA: OAK VENEER
- the Oak Veneer natura finish adds tactile value to doors and windows, making them unique and valuable.- it uses the “first trunk selection”, which is the most valuable part of the wood, to achieve uniformity of the wood grain.- warm and stylish. Wood fits into any environment and style giving your home a timeless value.- available in different colours to match windows to floors and interior doors.- 100% renewable, fully respecting of man and nature.
FSC COC CERTIFICATION (Chain of Custody) for wooden profiles
ALUMINIUM FINISHES
ALUMINIUM
The exterior aluminium on uni_one windows requires minimal maintenance and provides excellent resistance to water, sea spray and air-borne pollutants, allowing the designer free expression with new shapes and colours.
Painting is done after welding, ensuring perfectly sealed corners which are completely protected by the paint, and improving the aesthetics of the finished product.The process of painting uni_one aluminium is as follows:- Pre-treatment by immersion in chrome-free products in a closed circuit.- Powder coating with oven polymerisation. The painting process is carried out in compliance with European Qualicoat Seaside standards.
The sample kit of colours and exterior finishes comes in an elegant case containing:
RAL COLOUR FINISHESOXIPULVER - OXIDIZATION
WOOD and METAL FINISHESSPECIAL FINISHES
Aluminium frames are produced using welding technology for corners which give them maximum strength and quality.
Where corners cannot be welded, a mechanical joint is created by gluing and crimping, with support blocks beneath, for anodised,
decorative wood and Corten steel finishes frames.
21
FIXING TO WOOD USING CLIPS
The aluminium frame is fixed to the wood using robust nylon screwed clips.
The clips snap onto the aluminium profile; the frame can be easily removed by
unscrewing the clips with a suitable tool.
All uni_one models involve the structural bonding of wood to glass.The wood is glued to the glass surface by means of a structural biadhesive tape pre-assembled on the bar profiles. This adhesive, which is also used for the structural bonding of the glass on wood-aluminium and wood curtain walls, combines the two materials in a permanent and indissoluble way.The glass glued to the wooden structure makes the window stable and non-deformable when subjected to any kind of stress and allows for the creation of very large and bright openings.In traditional door and window frames, glass without structural bonding generates stress on certain points, concentrating the flow of forces on the glass. The structural bonding of glass to wood instead distributes the load in a linear manner, eliminates the stress points on the glass and avoids deformation on the glass.Structural bonding also improves thermal and acoustic insulation and provides increased burglary protection and maximum safety and functionality of the window.
THE BENEFITS OF STRUCTURAL WOOD - GLASS BONDING
DROP
COPLANAR FLAT SLIM
OPENIN
OPENOUT
FORMAT38Double and Triple Glazing
STANDARDDouble and Triple Glazing
23
TERMOSCUDO
LIFT &SLIDE
THE COLLECTION
BRONZEDouble and Triple Glazing
HS-SLIM80 KIT UNIFORM
Double and Triple Glazing
HS-DUO80 KIT UNIFORM
Double and Triple Glazing
Uw=1,2 W/m²KOPENIN
Dimensions in mm.
Thickness of sash 83,5 x 70 mm
Thickness of frame 77,5 x 70 mm
Visible section sash + frame 106 mm
Visible section middle clamp 116 mm
Material Wood-Aluminium
Acoustic insulation Rw up to 40 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1050
Wind load resistance CLASS C5
Thermal insulation Uw= 1,2 W/m²K
Insulating glass Double glazing thickness 28-32 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
window with 2 sashes WxH (1500x1500mm)
window with 2 sashes WxH (1500x1500mm)
STANDARD - 28 mm glassSOFT WOOD
Uf = 1,2 W/m²K
Ug W/m²K Uw W/m²K
1,0 -» 1,2
1,1 -» 1,2
1,2 -» 1,3
1,3 -» 1,4
1,4 -» 1,4
1,5 -» 1,5
1,6 -» 1,6
uni_oneSTANDARD DOUBLE GLAZING
25
Uw=0,8 W/m²K
uni_oneSTANDARDOPEN
IN
Dimensions in mm.
Thickness of sash 83,5 x 70 mm
Thickness of frame 77,5 x 70 mm
Visible section sash + frame 106 mm
Visible section middle clamp 116 mm
Material Wood-Aluminium
Acoustic insulation Rw up to 43 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1050
Wind load resistance CLASS C5
Thermal insulation Uw= 0,8 W/m²K
Insulating glass Triple glazingthickness 49-52 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
The air-water-wind tightness performances are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
The acoustic insulation values are estimated in reference to awindow with 1 sash WxH (1500x1500mm)
STANDARD - 49 mm glassSOFT WOOD
Uf = 1,2 W/m²K
Ug W/m²K Uw W/m²K
0,5 -» 0,8
0,6 -» 0,9
0,7 -» 0,9
0,8 -» 1,0
0,9 -» 1,1
1,0 -» 1,2
1,1 -» 1,3
TRIPLE GLAZING
Uw=1,2 W/m²K
uni_oneBRONZEOPEN
IN
Dimensions in mm.
Thickness of sash 83,5 x 70 mm
Thickness of frame 77,5 x 70 mm
Visible section sash + frame 106 mm
Visible section middle clamp 145,5 mm
Material Wood-Bronze
Acoustic insulation Rw up to 40 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1050
Wind load resistance CLASS C5
Thermal insulation Uw= 1,2 W/m²K
Insulating glass Double glazing thickness 28 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
The air-water-wind tightness performances are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
The acoustic insulation values are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
BRONZE - 28 mm glass SOFT WOOD
Uf = 1,2 W/m²K
Ug W/m²K Uw W/m²K
1,0 -» 1,2
1,1 -» 1,2
1,2 -» 1,3
1,3 -» 1,4
1,4 -» 1,4
1,5 -» 1,5
1,6 -» 1,6
DOUBLE GLAZING
27
Uw=0,8 W/m²K
uni_oneBRONZEOPEN
IN
Dimensions in mm.
Thickness of sash 83,5 x 70 mm
Thickness of frame 77,5 x 70 mm
Visible section sash + frame 106 mm
Visible section middle clamp 145,5 mm
Material Wood-Bronze
Acoustic insulation Rw up to 43 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1050
Wind load resistance CLASS C5
Thermal insulation Uw= 0,8 W/m²K
Insulating glass Triple glazingthickness 49 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
The air-water-wind tightness performances are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
The acoustic insulation values are estimated in reference to awindow with 1 sash WxH (1230x1480mm)
BRONZE - 49 mm glassSOFT WOOD
Uf = 1,2 W/m²K
Ug W/m²K Uw W/m²K
0,5 -» 0,8
0,6 -» 0,9
0,7 -» 0,9
0,8 -» 1,0
0,9 -» 1,1
1,0 -» 1,2
1,1 -» 1,3
TRIPLE GLAZING
Uw=1,2 W/m²K
uni_oneDROPOPEN
IN
Dimensions in mm.
Thickness of sash 98,5 x 70 mm
Thickness of frame 77,5 x 72,5 mm
Visible section sash + frame 106 mm
Visible section middle clamp 116 mm
Material Wood-Aluminium
Acoustic insulation Rw up to 40 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1050
Wind load resistance CLASS C5
Thermal insulation Uw= 1,2 W/m²K
Insulating glass Double glazing thickness 28 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
The air-water-wind tightness performances are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
The acoustic insulation values are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
DROP - 28 mm glassSOFT WOOD
Uf = 1,2 W/m²K
Ug W/m²K Uw W/m²K
1,0 -» 1,2
1,1 -» 1,2
1,2 -» 1,3
1,3 -» 1,4
1,4 -» 1,4
1,5 -» 1,5
1,6 -» 1,6
DOUBLE GLAZING
29
Uw=0,8 W/m²K
1 3
uni_oneCOPLANAROPEN
IN
Dimensions in mm.
Thickness of sash 98,5 x 70 mm
Thickness of frame 77,5 x 72,5 mm
Visible section sash + frame 106 mm
Visible section middle clamp 116 mm
Material Wood-Aluminium
Acoustic insulation Rw up to 43 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1350
Wind load resistance CLASS C5
Thermal insulation Uw= 0,8 W/m²K
Insulating glass Triple glazingthickness 44 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
window with 2 sashes WxH (1500x1500mm)
window with 1 sash WxH (1230x1480mm)
COPLANAR - 44 mm glassSOFT WOOD
Uf = 1,3 W/m²K
Ug W/m²K Uw W/m²K
0,5 -» 0,8
0,6 -» 0,9
0,7 -» 1,0
0,8 -» 1,0
0,9 -» 1,1
1,0 -» 1,2
1,1 -» 1,3
TRIPLE GLAZING
Uw=0,8 W/m²K
uni_oneFLATOPEN
IN
Dimensions in mm.
Thickness of sash 98,5 x 70 mm
Thickness of frame 77,5 x 72,5 mm
Visible section sash + frame 106 mm
Visible section middle clamp 116 mm
Material Wood-Aluminium
Acoustic insulation Rw up to 46 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1050
Wind load resistance CLASS C5
Thermal insulation Uw= 0,8 W/m²K
Insulating glass Triple glazingthickness 50 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
The air-water-wind tightness performances are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
window with 1 sash WxH (1230x1480mm)
FLAT - 50 mm glassSOFT WOOD
Uf = 1,3 W/m²K
Ug W/m²K Uw W/m²K
0,5 -» 0,8
0,6 -» 0,9
0,7 -» 1,0
0,8 -» 1,0
0,9 -» 1,1
1,0 -» 1,2
1,1 -» 1,3
TRIPLE GLAZING
31
Uw=0,8 W/m²K
uni_oneSLIMOPEN
IN
Dimensions in mm.
Thickness of sash 93 x 70 mm
Thickness of frame 82,5 x 99 mm
Visible section sash + frame 106 mm
Visible section middle clamp 116 mm
Material Wood-Aluminium
Acoustic insulation Rw up to 43 dB
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1050
Wind load resistance CLASS C5
Thermal insulation Uw= 0,8 W/m²K
Insulating glass Triple glazingthickness 44 mm
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
The air-water-wind tightness performances are estimated in reference to awindow with 2 sashes WxH (1500x1500mm)
The acoustic insulation values are estimated in reference to awindow with 1 sash WxH (1230x1480mm)
SLIM - 44 mm glassSOFT WOOD
Uf = 1,2 W/m²K
Ug W/m²K Uw W/m²K
0,5 -» 0,8
0,6 -» 0,9
0,7 -» 0,9
0,8 -» 1,0
0,9 -» 1,1
1,0 -» 1,2
1,1 -» 1,2
TRIPLE GLAZING
Uw=0,7 W/m²K
uni_oneTERMOSCUDOOPEN
IN
Dimensions in mm.
Thickness of sash 111,5 x 70 mm
Thickness of frame 108,5 x 73 mm
Visible section sash + frame 106 mm
Visible section middle clamp 145,5 mm
Material Wood-Aluminium
Thermal insulation Uw= 0,7 W/m²K
Insulating glass Triple glazingthickness 54 mm
PASSIVE HOUSE INSTITUTE CERTIFICATION:WARM, TEMPERATE CLIMATEComponent-ID: 0992wi04
Uw= 0,95 W/m²K
Triple glazingthickness 52 mm
Acoustic insulation Not declared
Security hardware Up to RC2
Air permeability CLASS 4
Water tightness CLASS E1200
Wind load resistance CLASS C5
UNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1230x1480mm, 0,04 W/mK)
window with 2 sashes WxH (1230x1480mm)
TERMOSCUDO - 52-54 mm glassSOFT WOOD
Uf = 0,82 W/m²K
Ug W/m²K Uw W/m²K
0,5 -» 0,7
0,6 -» 0,8
0,7 -» 0,8
0,8 -» 0,9
0,9 -» 1,0
1,0 -» 1,0
1,1 -» 1,1
TRIPLE GLAZING
33
Uw=0,85 W/m²K
Uw=1,3 W/m²K
Dimensions in mm.
Overall dimensions 40 x 161 mm
Visible section 40 mm
FORMAT38 - 31-37 mm glassSOFT WOOD
Ug W/m²K Uw W/m²K
1,0 -» 1,3
1,1 -» 1,4
1,2 -» 1,5
1,3 -» 1,6
1,4 -» 1,6
1,5 -» 1,7
1,6 -» 1,8
FORMAT38 - 41,5-47 mm glassSOFT WOOD
Ug W/m²K Uw W/m²K
0,5 -» 0,85
0,6 -» 0,91
0,7 -» 1,0
0,8 -» 1,1
0,9 -» 1,2
1,0 -» 1,3
1,1 -» 1,4
Material Wood-Aluminium
Thermal insulation Uw= 1,3 W/m²K
Insulating glass Double glazing thickness 31-37 mm
Uw= 0,85 W/m²K
Triple glazingthickness 41,5-47 mm
Acoustic insulation Rw up to 42 dB
Security hardware RC2N
Air permeability CLASS 4
Water tightness CLASS E1200
Wind load resistance CLASS C4
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a window with 1 sashWxH (1200x1400mm, 0,04 W/mK)
window with 1 sash WxH (1000x2440mm)
window with 1 sash WxH (1200x1400mm)
uni_oneFORMAT38
DOUBLE GLAZING
TRIPLE GLAZINGOPENOUT
Uw=0,76 W/m²K
Uw=1,2 W/m²KLIFT & SLIDE
DOUBLE GLAZING
TRIPLE GLAZINGHS-SLIM80 KIT UNIFORM
uni_one
Material Wood-Aluminium
Thermal insulation Uw= 1,2 W/m²K thickness 68 mm
Insulating glass Double glazingthickness 32 mm
Acoustic insulation Not declared
Security hardware Up to RC2
Uw= 0,76 W/m²K thickness 78 mm
Triple glazingthickness 52 mm
Air permeability CLASS 4
Water tightness CLASS 8A
Wind load resistance CLASS C4
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a lift-sliding doorPlan A - WxH (2800x2500mm, 0,04 W/mK)
lift-sliding door Plan A - WxH (2800x2500mm)
HS-SLIM80 - 32 mm glassSOFT WOOD
Ug W/m²K Uw W/m²K
1,0 -» 1,2
1,1 -» 1,3
1,2 -» 1,4
1,3 -» 1,5
1,4 -» 1,6
1,5 -» 1,6
1,6 -» 1,7
HS-SLIM80 - 52 mm glassSOFT WOOD
Ug W/m²K Uw W/m²K
0,5 -» 0,76
0,6 -» 0,85
0,7 -» 0,95
0,8 -» 1,0
0,9 -» 1,1
1,0 -» 1,2
1,1 -» 1,3
35
Uw=0,8 W/m²K
Uw=1,2 W/m²KLIFT & SLIDE
uni_oneHS-DUO80 KIT UNIFORM
DOUBLE GLAZING
TRIPLE GLAZING
Material Wood-Aluminium
Thermal insulation Uw= 1,2 W/m²K thickness 68 mm
Insulating glass Double glazingthickness 32 mm
Acoustic insulation Not declared
Security hardware Up to RC2
Uw= 0,8 W/m²K thickness 78 mm
Triple glazingthickness 52 mm
Air permeability CLASS 4
Water tightness CLASS 8A
Wind load resistance CLASS B4
The thermal transmittance values are calculated according toUNI EN 10077/1-2018, UNI EN 10077/2-2018, UNI EN 10456-2008, UNI EN 673-2011 standards,in reference to a lift-sliding doorPlan A - WxH (2800x2500mm, 0,04 W/mK)
lift-sliding door Plan A - WxH (2800x2500mm)
HS-DUO80 - 32 mm glassSOFT WOOD
Ug W/m²K Uw W/m²K
1,0 -» 1,2
1,1 -» 1,3
1,2 -» 1,4
1,3 -» 1,5
1,4 -» 1,6
1,5 -» 1,6
1,6 -» 1,7
HS-DUO80 - 52 mm glassSOFT WOOD
Ug W/m²K Uw W/m²K
0,5 -» 0,8
0,6 -» 0,88
0,7 -» 0,96
0,8 -» 1,0
0,9 -» 1,1
1,0 -» 1,2
1,1 -» 1,3
37
Project: Edificio Tempo
Client: Private Building
Manufacturer: Blas Recio & Hijos
Photo by: Juan Carlos Quindós de la Fuente
Architect: Álvaro Finat Urgel
39
Project: Brighton Marina
Client: UK Facades
Photo by:Jim Stephenson
Architect: UK Facades Architecture
Project: Villa PLS
Client: Giovanni Scirè Risichella
Architect: Studio Corde Venezia
41
Project: Oakhill Road
Client: UK Facades
Photo by:Jim Stephenson
Architect: RMA Architects
43
Project: Weston Street
Client: Solidspace
Photo by:Jim Stephenson
Architect: AHMM Architects
45
Project: North Wharf Gardens
Client: Bouygues
Photo by: Jim Stephenson
Architect: Powell Dobson
Project: Shepherdess Walk
Client: Solidspace
Photo by: Helen Binet
Architect: Jaccaud Zein
47
Project: Shepherdess Walk
Client: Solidspace
Photo by: Helen Binet
Architect: Jaccaud Zein
49
Project: JW Marriott Venice
Resort & Spa
Client: Matteo Thun & Partners
Architect: Luca Colombo MTLC
Project: Albany Street
Client: Philiam Costruction
Photo by: Jim Stephenson
Architect: DRMM Architects
51
Project: Commercial Road
Client: Mace Group
Architect: HKR Architects
Project: Bedford House
Client: OCL Facades
Architect: BPTW Partnership
Project: Glenthorne Road
Client: UK Facades
Photo by: Jim Stephenson
Architect: Twenty First
Architecture Ltd
53
Project: Dixon House
Client: ISG plc
Photo by:Adelina Iliev
Architect: Fletcher Priest
Architects
Project: Deptford Anthology
Client: J. Sisk & Sons Ltd
Photo by: Charles Birchmore & Franklin&Franklin
Architect: Associated Architects, Birmingham
55
Project: Casa FRU
Client: Private House
Manufacturer: Ventanas Gargón
Architect: Roberto Lebrero
Borja Gómez
si ringrazia per il contributo fotografico:
si siisi rinrininngragragraziaziaziaia pepepepp r ill conccononntritriributbutbutbutooooofotfotfotfoto ogrogrogrogrograficaficaficaficafico:oo:o:o
find out more at:
www.sistema-uni-one.it
Thanks for photographic partnership to:
200-2
12/0
3.0
0