Garware Hi-Tech Architecture Films are the epitome of innovation and technological excellence, leading the industry in creating sustainable solutions for both residential and commercial spaces. The films provide superior UV protection, enhancing comfort and ambience while significantly reducing energy consumption. Designed with a commitment to a greener planet, Garware's architectural films offer unparalleled performance, making every space not just more efficient but also more inspiring. Choose Garware and experience the future of sustainable living, where cutting-edge technology meets the highest standards of protection and energy savings.
Garware Safety and Security Window Films when bonded on glass makes your glass shatter resistant. This greatly reduces danger from flying splinters in the event of accidental breakage.
Garware Suncontrol Window Films reduce the load on air-conditioner by rejecting upto 78% of total solar energy incident on the glass as a result it also reduces electricity bill upto 10%.
Garware Suncontrol Window Films shield interiors and occupants from prying eyes (depending on light intensity). Thereby, providing privacy in your offices and homes.
Garware Suncontrol Window Films are available in a variety of shades, which adds beauty and enhances the looks of your building.
Garware Suncontrol Window Films add to your comfort by eliminating upto 80% of the sun glare.
Garware Suncontrol Window Films protect your family from skin diseases by blocking >99% UV rays.
Garware Platina Series window films offer a comprehensive and advanced solution for a wide range of requirements, making them a top choice for those looking for cutting-edge technology in their window film solutions. The use of nano technology, ceramic & specialised coatings ensure high durability and long-lasting performance while offering Superior Heat Rejection, VLT to TSER ratio and UV Protection.
The High End Safety and Security Films under the Platina range, provides Superior Shock and Impact Resistance ensuring the safety of the occupants during glass breakage, avoids glass shattering and prevents forced entry.