The ultimate evolution in tint technology — CIR & Evolve Series Up to 94% infrared heat rejection with SunTek CIR and Evolve ceramic films — our most premium, top-performing offering with HeatResist™ nanoparticle technology.
The CIR Series is the ultimate evolution in tint technology and our most premium, top-performing offering. This series builds on the benefits of the popular CXP™ Series of automotive tints, with a combination of advanced ceramic and non-metal, nano-hybrid carbon technology.
The addition of ceramic technology enhances solar performance and infrared rejection with carbon hybrid tints, maintaining a fully non-metal construction for no signal interference with on-board or portable electronic devices.
The CIR Series is offered in a range of darkness levels, all a non-reflective and true black hue that helps protect against fading. Living with CIR after installation is nothing short of luxurious. Passengers and interiors are protected from 99% of UV rays, and vehicle cabin comfort is enhanced, with exceptional heat and infrared rejection.
When the sun brings on its worst, we bring out our best — SunTek® Evolve ceramic window tint. Our highest-performing tint is engineered to deliver extreme solar-blocking performance — impressively rejecting up to 94% of infrared heat. It also increases protection with a powerful combination of glare reduction and over 99% UV defence. Added safety and electronic signal clarity round out the top-of-the-line features of Evolve.
Innovative HeatResist™ nanoparticle technology features a layer of ceramic nanoparticles, imperceptible to the eye, targeting one of the primary sources of overheated interiors — infrared heat. Evolve filters up to 94% of these IR rays to help maintain cooler temperatures in your vehicle, and is backed by a manufacturer’s lifetime limited warranty against change in colour, peeling, cracking, adhesive failure and delamination.
Products with 99% or greater UV protection (300–380nm) have been awarded The Skin Cancer Foundation’s Seal of Recommendation.