![]() Zero Interference - Spectra PhotoSync IRD® window film contains cutting-edge material development that recognizes our daily reliance on wireless transmission and ensures no transmission interference for your mobile devices that are often the case with other window films. ![]() Maximum Performance - Utilizing the latest Nano-IR technology, Spectra PhotoSync IRD® was developed to provide the perfect balance between high solar radiation rejection and visibility achieving an Infrared Radiation Rejection (IRR) of up to 99% from 950nm - 2200nm and a Total Solar Energy Rejection (TSER) of up to 81%. Unrivalled Clarity - Spectra Photosync IRD® has incredible sharpness and clarity allowing maximum visibility during your drives, day or night. Spectra PhotoSync IRD® is the leading automotive window film on the market today in quality and style. ![]() Visibility and optical clarity also remain uncompromised even in darker privacy shades. Spectra PhotoSync IRD® maintains maximum performance with virtually zero wireless signal interference, including RFID, GPS, mobile phone signals, FM radio, etc. This percentage of TSER is the highest recorded heat-blocking rate on the market to date. TSER measures actual, real-world heat energy radiated through a vehicle from the outside which includes a combination of UV rays, visible light and IR rays. More importantly, a TSER (total solar energy rejection) of up to 81% is achieved by Spectra PhotoSync IRD®. With 99.5% UV (ultraviolet) rejection and IRR (infrared radiation rejection) of up to 99%, Spectra PhotoSync IRD®’s patent-pending infrared radiation dispersion technology also targets specific IRR up to a wavelength of 2200nm which no other window film manufacturer has managed to achieve whilst simultaneously reducing energy consumption by running on lower air-conditioning outputs to produce cooler overall cabin temperatures. Spectra PhotoSync IRD® is the most advanced window tint available on the market, providing drivers and passengers the ultimate protection from harmful UV rays, solar radiation and excess heat in our tropical climate.
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