4 Mil Stainless Steel
- Overview
Solar Gard Stainless Steel series is a widely accepted solar-solution for homes around the globe that also need the protection of a safety film. These films are grey-toned with a low reflective quality that makes them a natural complement to most interior and exterior color schemes. The stainless steel metal, laminating adhesives and scratch-resistant coating used in this film series provide high performance, durability, and longevity – making it the preferred choice of many.
Related Products
Applications for Solar Gard decorative film are limited only by the imagination and include conference rooms, lobbies, retail identification signs, residential interiors, office privacy, inside of exterior facing windows, glass partition, and cubicles, verandas and sunrooms, etc. Solar Gard decorative films are water resistant, scratch resistant, easy to maintain and… read more.
For Commercial | |
Privacy |
|
Glare Control |
|
Appearance |
|
For Residential | |
Privacy |
|
Glare Control |
|
Appearance |
|
Optically clear safety films are colorless and undetectable on glass, which makes them the perfect protection retrofit. Unlike many other films, Armorcoat® clear safety films are non-reflective so it is virtually invisible on your windows. You maintain the natural appearance of your windows day or night. There is no mirror… read more.
For Commercial | |
Safety |
|
Appearance |
|
For Residential | |
Safety |
|
The Solar Gard Sterling series is a spectrally selective film with a high level of visible light transmission. The Sterling series also provides extraordinary solar energy rejection performance. This allows for a luminous and more beautiful interior while ensuring a comfortable and temperate environment. Sterling window films offer a range… read more.
Safety S70 Exterior is designed for use on the exterior surface of windows. It is composed of a transparent and weather stable polyester film, scratch resistant surface and a strong acrylic adhesive. The films high tensile strength and elongation at break point increases resistance of the glazing system to impact… read more.