Axiome light-weight glazing sheets are manufactured from polycarbonate and have a protective UV layer on the outer side. The opal (white tint) colour provides extra privacy compared to clear sheets, whilst reducing heat transmission with its higher reflective properties. These sheets offer superior light transmission, rigidity and thermal insulation properties and are a light weight solution. Axiome multiwall polycarbonate won’t shatter like glass and the sheets can be easily cut to shape or size with a fine-tooth jigsaw or similar.

Brand Name	Axiome
Colour	Opal
Material	Polycarbonate
Manufacturer Model No	AS32O14
Type	Roofing sheet
Guarantee	10 years
Comes with	1 x Anti-dust Filter Tape for Top and Bottom of Sheet
Ideal for	screens, roof glazing, canopies, walkway roofs, bike shelters, carports, BBQ covers, conservatories, school play areas, covered decking areas, log stores, cold frames and glazing many other structures.
Resistant to	impact
Multiwall provides	insulation
Structured design gives	rigidity
UV Protected side for	longevity
Life Expectancy of	20 Years

Polycarbonate with a protective UV layer on the outer side. Opal colour provides privacy and also reduces heat transmission with its white reflective properties. Provides excellent rigidity and thermal insulation properties in a lightweight body. Will not shatter like glass and can be easily cut to shape or size with a fine-tooth jigsaw or similar.

Brand Name	Axiome
Colour	Opal
Material	Polycarbonate
Manufacturer Model No	AS32O14
Wear Type	None
Type	Polycarbonate Sheet
Certifications Met	BS 476 Part 7.
Country of Origin	None
Protects From	None
Waterproof	None
Number of Pockets	None
Impact-Resistant	Yes
Fire Rating	Class 1 Fire Rating
Construction Material	Polycarbonate
Diffused Light & Added Privacy	Yes
Manufacturer’s Guarantee	5 Year Manufacturer’s Guarantee (Registration Required, T&Cs Apply)
Lightweight & Insulating	Yes
Rigid Structure	Yes
UV Protected Side for Longevity	Yes
Product Length	4000 mm
Product Thickness	32 mm
Product Width	1000 mm
U-Value	1.5 W/m²K