Ceramic Tint

The ceramic window tint offers the highest heat and U.V. protection from SunTek®. Our top-performing tint category is engineered with a unique nano-ceramic construction for our ultimate tint performance.

Ceramic tiles were powerful enough to protect the Space Shuttle on re-entry into the Earth’s atmosphere. Now, ceramic window tint technology can help deliver outstanding levels of heat and infrared rejection for your vehicle, along with glare reduction and 99% UV blocking¹. Harness the next level in ceramic window tint design. Select your level of protection and charcoal shade to experience an upgrade in cooling and appearance.

The Advantages of SunTek Ceramic Window Tint

Evolve Series

Evolve, the next evolution in ceramic window tint features HeatResist™ nanoparticle technology—with up to 94% Selective IR heat rejection capabilities¹.

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CIR™ Series

Technologically advanced CIR™ tint is engineered with our unique ceramic non-metal construction to help enhance solar performance and infrared protection while maintaining clear electronic communication inside your vehicle.

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The Skin Cancer Foundation’s Seal of Recommendation

Our products with 99% or greater UV protection (300-380nm) have been awarded The Skin Cancer Foundation's Seal of Recommendation.

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¹Selective IR Rejection (SIRR) is a measurement of solar infrared radiation (780-2500nm) not directly transmitted through glass. IRER is a more complete measurement of heat experienced from solar infrared radiation (780-2500nm) including absorbed and re-radiated energy. Based on data obtained during product development and subject to change.

Based on data obtained during product development and subject to change. Data captured using National Fenestration Rating Council’s (NFRC) guidelines and calculated for single pane, nominal 1/4 inch (6mm) clear glass. Reported values are taken from representative product samples and are subject to normal manufacturing variances. Actual performance will vary based on a number of factors, including glass type and properties.