Twin Wall Polycarbonate Panels Menards

These sheets are ideal for greenhouses skylights and any other project where advanced uv protection and maintaining.

Twin wall polycarbonate panels menards.

Multilite offers a high degree of light transmittance while blocking harmful uv rays. Light in weight yet 10 times stronger than acrylic and 200 times stronger than glass multilite is the perfect option for various. Lexan 8mm thermoclear 15 4 x 12 clear twin wall sheets have a high performance uv protection on the exterior surface and a dripgard feature on the interior. Light in weight yet 10 times stronger than acrylic and 200 times stronger than glass this sheet.

Multilite 6mm diffused 4 x 8 twin wall polycarbonate sheets have 79 light transmission and 100 light diffusion. Air layer for insulation. Multilite also offers excellent thermal insulation properties. These sheets are ideal for greenhouses skylights and any other project where advanced uv protection and maintaining.

Light in weight multiwall polycarbonate sheets are 10 times stronger than acrylic and 200 times stronger than glass. This 6mm clear 4 x 8 twinwall polycarbonate sheet is custom cut from a 48 master sheet and has 82 light transmission. Lexan 8mm thermoclear 15 4 x 6 clear twin wall sheets have a high performance uv protection on the exterior surface and a dripgard feature on the interior. This results in a strong insulating lightweight sheet that is perfect for a wide variety of diy projects such as roof coverings for sunrooms decks and pergolas.

Polycarbonate construction for strong impact resistance. Polycarbonate multiwall roof panel features an air layer that bolsters its insulation strength making this a powerful roofing option. Polycarbonate multiwall sheets offer a high degree of light transmittance while blocking harmful uv rays. This lightweight twinwall panel is ideal for use on greenhouses decks and other outdoor spaces.

Twin wall polycarbonate features the incredible strength and impact resistance of polycarbonate and also benefits from an air layer that dramatically increases its thermal insulation.