UV films are used to protect against the damaging effects of ultraviolet radiation, primarily in applications involving sunlight exposure. These films are designed to block or reduce the transmission of UV rays, preventing fading, damage.
Fading Prevention:
UV films protect fabrics, paints, and other materials from fading and degradation caused by prolonged exposure to UV radiation.
Health Protection:
They help shield people from the harmful effects of UV radiation, such as skin damage and eye problems.
Furniture and Decor Protection:
UV films prevent damage to furniture, flooring, and artwork, extending their lifespan.
| Conventional |
|---|
| Made of woven polyethylene fabric laminated with poly film |
| Due to inherent product manufacturing process, product gets delaminated, disoriented very fast with loose shreds and ends |
| Lamination develops crack and tarpaulin shreds, poor weathering resistance |
| Inherent product structure makes it heavy |
| Stitching is done for side reinforcement, but has poor life as stitch wears off easily |
| Poor water resistance & poor barrier property |
| On exposure to sunlight conventional tarpaulin weakens rapidly developing cracks and shreds |
| Eyelets provided on reinforced sides weakens tarpaulin as it tears off easily |
| Surface does not allow excellent printing |
| Large variation in GSM / thickness |
| Other conventional Tarpaulin such as PVC Tarpaulin are heavy, not moisture resistant and difficult to handle |
| Develops bad odour when in contact with moisture. Toxic and non food grade |
| Post service waste generated is not eco-friendly |