SmartGlass - Conservatory roof glass

Almost 3x more efficient at keeping warmth in than standard double glazing.

Argon filled glazing

Perfect for modern conservatories

Smartglass offers a range of intelligent glazing options for the next generation of conservatories, atriums, garden rooms, orangeries and lantern rooms.

Reflects heat and solar glare in summer
Keeps you warm in winter
True self-cleaning
Warm edge technologies
Considerable sound reduction compared to polycarbonate sheeting

Green lean-to conservatory with Smartglass glazing

White upvc conservatory using Smartglass glazing

Conservatory roof and wall glazing options

With a four tier performance range for your roof, SmartGlass offers a completely tailored solution, whatever your colour preference, location and product.

Roof and wall glazing options

Complementing the technical performance of the roof, is a full range of tailored wall glass in the form of SmartGlass W, the industry’s first ever dedicated range of glass for conservatory windows and doors and also bi-folding doors, where excessive solar heat gain is a real issue.

The golden rule in moderately large glass areas is to maximise light, yet control and moderate the temperature for an open, airy and neutral atmosphere.

SmartGlass Bi-folds and SmartGlass Walls are designed to cut solar heat gain by 30% compared to standard glazing, are high in light transmission and reduce heat loss when compared even to typical A-rated glazing.

They can also be upgraded to performance laminated glass, offering greatly enhanced security, lower noise levels and 99%UV reduction.

Integral blinds can be fitted within the unit cavity, providing total privacy and a clean finish without the need for additional room fixtures.

Tints

Standard SmartGlass remains our most popular roof product and has been continually developed, enhanced and upgraded over the last decade.

SmartGlass is available in a choice of tints including Aqua, Blue, Neutral and Bronze.

SmartGlass also comes with high technical specifications to measure its energy performance, measuring the loss of heat in winter months and reducing heat gain and glare in summer months.