
NEXA 9
0.00 ₾
- Code
- ogl-gul-nex-1
- Sold by
- ELITE INFRASTRUCTURE
- Brand
- GUARDIAN GLASS
- Category
- Glass Products
0.00 ₾
- Delivery in 2–4 business days
- 14-day returns
- BOG · Visa · Mastercard
About this product
Guardian NEXA™ 9 is a lower carbon float glass solution designed to help reduce the embodied carbon of facades and windows—without losing sight of budget realities. With a third-party verified embodied carbon value of just 8.58 kg CO₂eq/m² for 4 mm thickness (as confirmed by an Environmental Product Declaration), Guardian NEXA 9 delivers approximately 14%* lower embodied carbon than the average European standard float glass.
Guardian NEXA 9 is produced on a regular basis to help maintain dependable availability. This means Guardian NEXA 9 lead times have the ability to support project timelines and better predictably. This remains valid when Guardian NEXA 9 is used as a base glass for coated glass products, helping you access lower embodied carbon, energy efficient solutions without the delays that may be associated with special orders.
One way to lower the embodied carbon of glass is by increasing the amount of cullet—broken or rejected glass—in the raw materials. However, this isn’t the only approach and should only be considered as a part of a wholistic strategy to reduce the embodied carbon of float glass. How the furnace is designed and which melting technology is used, the sourcing, and use of raw materials, and the efficiency and productivity of the line, all have significant impacts on the embodied carbon. Cullet availability can be limited and vary across regions. By introducing Guardian NEXA 9, a lower carbon glass solution that supports cullet use optimization across our production lines—we help make lower carbon glass accessible for more projects and applications, more consistently.
Guardian NEXA 9 is a good solution for architects, cladders, investors, window professionals or other businesses committed to improving their environmental performance, or for projects looking for lower carbon materials, without having a significant impact on the overall budget of a project.
Technical specifications
Visible Light
Transmittance (τv)
91 %
Reflectance outside (ρv)
8 %
Reflectance inside (ρv)
8 %
General Color Rendering Index (CRI)
99
Ultraviolet
Transmittance UV (τuv)
74 %
Solar Energy
Solar transmittance (τe)
87 %
Reflectance outside (ρe)
8 %
Reflectance inside (ρe)
8 %
Solar absorptance (αe)
6 %
Solar Factor (g)
88 %
Shading Coefficient (sc)
1.01
Thermal properties
U-Value (Ug)
5.8 W/m²·K
Embodied Co2
[eq. kg/m²] A1-A3
8.28




