Suitable for flat glazing applications. It can also be installed as cold curved barrel vault.

• conservatories;
• greenhouses;
• covered walkways;
• carports, porches;
• skylights, northlight glazing;
• barrel vault.

Exolon® multi UV 5X/16-25 ECOplus8 is a five-wall polycarbonate sheet of 16 mm thickness, with an X-structure for enhanced stiffness which have an attributed sustainable share of up to 89% of the content. It combines high light transmission, good load bearing properties, good thermal insulation and excellent weather resistance. The sheet is lightweight, impact resistant and easy to install.

Exolon® multi UV 5X/16-25 ECOplus8 is a partially bio-circular grade, attributed via mass balance according to ISCC PLUS Standard. The attributed sustainable share amounts up to 89% of the total content, a.o. by replacing the fossil-based raw material in the product with renewable content.

The Exolon® multi UV range of multiwall sheets offers a variety of thicknesses, geometries and colors, as well as various structures and surfaces suitable for overhead roofs of most any size. These high-tech polycarbonate sheets can be used in both open and closed constructions. All sheet designs meet high demands for functionality, economy and aesthetics. Furthermore, Exolon® multi UV sheet materials are easy to work with, granting the user complete design freedom.

Exolon® multi UV polycarbonate sheets offer very high load-bearing capacities and impact resistance. These multiwall sheets are also able to withstand even the most extreme weather conditions, be it heat, hail or snow. Exolon® multi UV comes with an up to 20-year (type) warranty against weathering and hail damage. 

Quality management program is certified according to DIN ISO 9001 and covers all production processes.

Features and benefits:

• Lightweight.
• Excellent transparency.
• Extremely high break resistance.
• Extremely high impact resistance.
• Good fire behavior classification B-s1, d0.
• Usable over a very wide temperature range.
• Heat transfer coefficient U_g: 2.0 W/m²K.