Clear Laser Light Roofing

Diffused opal is not available in 5 rib.

Clear laser light roofing.

Clear refers to the color which offers the highest diffuse. 10 years against weather breakage including hail up to 25mm 10 years against loss of light transmission. Laserlite is manufactured from polycarbonates. This product features polycarbonate plastic which is stronger and more durable than traditional fiberglass panels.

Clear polycarbonate roofing is seen primarily on conservatory roofs. Eurolite is available in corrugate greca and 5 rib profiles in four attractive colours. Laserlite building products is a progressive manufacturer marketer and distributor of high quality industrial commercial and domestic roofing cladding glazing fabrication display and building products. Light transmission 18 48 16 heat reduction 69 64 66 shading coefficent ratio 0 31 0 37 0 34 solar heat gain co efficient shgc 0 27 0 32 0 29 u value 7 2.

This clear panel has 90 light transmission which allows plenty of light in. This material provides strength and durability against natural hazards such as hail. Laserlite 3000 is the only polycarbonate roofing product to feature comfort cool technology. They can be crystal clear or tinted in a variety of colors to help dull the influx of light.

The panels resemble glass and are either transparent or translucent. Laserlite 1000 roofing is perfect for high sun impact environments thanks to its 99 9 uv protection properties. Clear bronze grey opal and diffused opal nb. Click here for the full warranty terms.

Clear brilliant skin resurfacing laser. Special properties in the sheet that reflect the warming effect of the suns rays offering. They almost always have a protective film layer on the top that helps to filter out the uv light. When accenting your greenhouse home or carport do not forget the suntuf clear corrugated roofing panel by palram.

Clear brilliant is our most gentle resurfacing laser. Up to 50 better heat reduction than standard polycarbonate sheet reduced glare for ultimate comfort.