Window Films
Window Films
Key Services:
- Heat Rejection Films – Reduce cabin temperature by blocking up to 70% of solar heat.
- UV Protection Films – Blocks 99% of harmful UV rays to prevent skin damage and interior fading.
- Infrared (IR) Nano Films – High-tech films offering superior IR and glare rejection with clear visibility.
- Privacy & Tint Films – Darker shades for added cabin privacy and a premium look.
- Windshield Protection Films – Transparent, non-reflective films with crystal-clear clarity.
- Anti-Glare Films – Reduces glare from headlights and sunlight for safer driving.
- Certified Legal Tints – RTO-approved films that comply with Indian traffic laws.
Service Overview
Our premium Window Films are engineered to enhance comfort, safety, and aesthetics. Whether you're seeking heat rejection, UV protection, privacy, or all of the above—POLLIA’s professionally installed window films offer the perfect balance of performance and style. Using industry-leading nano-ceramic and carbon technologies, we ensure maximum clarity and durability without compromising looks or legal compliance.
Partnered with Titan Coatings, we bring next-generation window film solutions with high UV rejection, superior IR protection, and ultra-clear visibility—installed by trained professionals.
Frequently Asked Questions (FAQs)
Will window films make my car look too dark or reduce visibility?
Not at all. Our films come in various shades, including crystal-clear options with full IR and UV protection. We also offer legally compliant light tints with maximum performance.
Are these films legal in India?
Yes. We provide RTO-approved films with appropriate visible light transmission (VLT) ratings to ensure full compliance with Indian laws.
How long do the window films last?
Our premium nano-ceramic and IR films are backed by manufacturer warranties and typically last 5–7 years with proper care.
Can I get windshield and rear glass films too?
Absolutely! We offer high-clarity windshield and rear glass protection films that enhance safety without affecting night visibility or sensor performance.
