Experience Advanced Protection with Nano Ceramic Window Tint – 2PLY Charcoal Film

Discover the ultimate heat and UV shield with our premium ceramic window tint. Built with cutting-edge nano ceramic window film technology, this 2PLY charcoal tint delivers professional-grade performance for car owners, auto shops, and DIY enthusiasts alike. Whether you're installing tint for a client or upgrading your own ride, this film guarantees exceptional comfort, privacy, and durability—all while keeping your devices signal-safe.

Key Features of Our Nano Ceramic Window Tint

• Superior Heat Rejection: Engineered with nano ceramic particles, this window tint blocks up to 90% infrared heat, keeping interiors significantly cooler. Drive in comfort even under the blazing sun without over-relying on air conditioning.

• Ultimate UV Protection: Shield your skin, upholstery, and dashboard with up to 99% UV ray rejection. This feature alone helps extend the life of your car interior while protecting you and your passengers from harmful exposure.

• Multiple VLT Options: Choose from 5%, 20%, 30%, 35%, 50%, or 70% VLT levels to get the perfect balance between privacy, aesthetics, and road visibility. Our 30 percent VLT nano ceramic window film remains a top-seller for its all-round performance.

• Signal-Friendly: Unlike metallic films, our ceramic film is 100% signal-friendly. Enjoy uninterrupted GPS navigation, mobile calls, Bluetooth streaming, and radio signals without interference.

• Scratch-Resistant & Long-Lasting: The 2-layer design ensures durability, scratch resistance, and long-lasting clarity—even after years of sun exposure and window use.

Benefits You'll Love

• Professional-Grade Performance: Ideal for shops and experienced installers

• DIY-Friendly: Plotter-safe material and clear application instructions

• Legal Options: Compliant VLT levels for most states (check local regulations)

• Energy Savings: Reduce interior heat buildup and lower cooling costs

• Long-Term Investment: Includes 5-years warranty and lifetime color stability