Sunglaze Solid Polycarbonate
Smart, Elegant & Versatile
Sunglaze Polycarbonate is a standing seam architectural polycarbonate roofing system with the elegant appeal of glass without fragility.
Sunglaze solid polycarb is a smooth, solid panel sheet that has a ‘glass-like’ appearance combined with the strength and lightweight feel of polycarbonate.
Versatility, Low Maintenance, & High Thermal Insulation
The smart design of Sunglaze includes all the benefits of polycarbonate such as versatility, low maintenance, high thermal insulation, durability as well as timeless and elegant visual appeal.
The Sunglaze standing seam system enables wide spans and high loading capacity which allows architects and builders complete freedom to design glazed areas of unlimited size and shape.
The Sunglaze system is designed for both rafter and purlin construction options and can accommodate assembled width spans of 600mm or 800mm depending on panel thickness.
The entire installation process doesn’t require using silicones or adhesives, which eliminates mess and the problem of adhesive bond failure.
CONTACT US NOW
Are you ready to order? Or, are you looking for specialist advice or even a quote? Simply give us a call on 03 9354 2633 or send us an email to sales@roofingoptions.com.au and our team of experts will answer all your queries promptly.
Sunglaze Product Info
Product Performance
Installation
Product Brochures
Video
STANDARD COLOURS
Colour | Light Transmission | Shading Coefficient | Solar Heat Gain |
---|---|---|---|
Clear | 90% | 1.00 | 0.87 |
Solar Grey | 20% | 0.51 | 0.44 |
SOLAR CONTROL COLOURS
Colour | Light Transmission | Shading Coefficient | Solar Heat Gain |
---|---|---|---|
Solar Control | 20% | 0.36
| 0.33 |
Bluish Breeze | 70% | 0.63 | 0.55 |
Shading Coefficient
Shading coefficient (SC) is a measure of thermal performance of a product. The lower the rating, the less solar heat is transmitted through the product, and the greater its shading ability.
Solar Heat Gain
Solar Heat Gain includes energy transmitted directly through the product and energy absorbed by the product and then re-radiated into the area below your roof space. The lower the figure, the cooler your area will be.