ELECTRO CHROMIC GLASS Product Data Sheet
Electrochromic Glass is an extremely advanced technical, electrical glass solution suitable for use on a wide range of glass elevations to provide automated solar shading from within the glass unit itself
Controlled via electrical power, the coating within an Electrochromic Glass unit changes the appearance and performance of the glass units when power is applied. The resulting tinting glass creates the perfect solution for solar shading to highly glazed spaces. As the colour of the glass units slowly changes from transparent to dark the light transmission and G factor (measure of solar shading) changes also to provide a full light and solar shading solution from within the glass unit itself, negating the need for curtains and blinds.
The technology works by ionising the particles within the conductive coating. When electricity is applied the metal ions within the coatings are all attracted to one face of the coating, building up there and providing a solar shading solution within the double or triple glazed unit.
This electrical glass solution is a perfect choice for frameless glass roofs or double height glass elevations where traditional curtains or blinds would not be possible for solar shading. Each double or triple glazed unit has a maximum size of around 3m x 1.5m
The light transmission of an Electrochromic Glass Unit will fade down to a minimum of 1%, with the G factor reducing to 5% for a full solar shading solution from a glass elevation.
A section of the frameless glass roof at the Courtyard Showroom has been replaced with this electrical Tinting Glass. Contact us to arrange a visit to see this advanced electrical glass solution in action.
With dynamic glazing solutions such as electrochromic glass, it can be difficult to picture how the glazing will look in real life. Luckily the IQ Glass showroom has electrochromic glass incorporated into a structural glass roof, allowing visitors to see the difference in views and light transmission in person.
At just the click of a button, the seemingly ordinary structural glass roof will begin to change colour, helping to reduce solar glare and solar gain.
This is just one example of many technical and dynamic glazing solutions on show at the IQ Glass showroom, other solutions such as heated glass and switchable privacy glass can also be seen.
An added benefit of coming to see IQ's glazing solutions in person is being able to ask a technical sales advisor any questions that pop into your head when walking around and viewing the systems.
Click here for more information about the IQ showroom or to book a visit.
Typical Glass Composition
Electro Chromic Glass reduces glare and overheating in highly glazed spaces by reducing the G factor and light transition of glass on demand.
The actual performance received from each electro chromic glass unit will depend on the specification of glass required for your installation however for a typical glass composition of 6mm TXD outer, 16mm argon filled cavity, 6mm TXD inner with low e coating you can expect the below performance
Light Transmission 55% - 1%
External Reflection 10% - 5%
Internal Reflection 9% - 7%
G Factor 0.39 – 0.05
Minimum size 457mm x 457mm
Maximum size 1524mm x 3028mm
Double or Triple Glazed units only, glass cannot be curved, cut or drilled
Minimum Unit Thickness 20mm
With the vast sizes available, electrochromic glass can work effectively in small residential glass roofs and across large elevations of commercial offices. The flexibility with glass sizes allows the same with design, creating amazing design aesthetics to commercial buildings or acting as an alternative to mainstream solar shading methods, such as blinds.
Typical power supply 100-240VAC 50/60Hrz
Power per unit area in W/m2, Peak: 2.5 Watts, Average: 0.4 Watts
For this technical glazing solution to solar shading, the actual power supply required to transform the state of the glass from clear to tinted is low, 200m² uses the same power output as a 60-watt light bulb.
The electro chromic glazing only uses this power supply to transition, once the state of glass has changed the power supply is cut off.
Structural Glass Roofs
Using structural glass to create large glass roofs with a frameless design, integrated durability and high performance.