LLumar India, a leading provider of advanced window films and paint protection films, has rolled out a new computer-generated imagery (CGI) video showcasing the exceptional heat rejection capabilities of its window films for buildings and sunroof tints for cars.

The video gives a contrast between the discomfort of untreated windows and the cool, comfortable environment created by LLumar’s heat-resistant technology.

Siddharth Zaveri, Marketing Director at Gras-i, exclusive partners of LLumar Pan India), said, “We are thrilled to unveil this innovative CGI video that brings to life the remarkable benefits of LLumar window films. By rejecting solar heat, our films can significantly improve indoor and car comfort while reducing energy consumption for air conditioning. This video effectively captures this value proposition in a captivating and informative way.”

The CGI video is available for viewing on the company’s website and social media channels. It will resonate with homeowners, car owners, architects, interior designers, and project management companies alike who are looking for effective solutions to manage heat and create a more comfortable environment.

LLumar Window Films, trusted by Gras-i as their partner for over 20 years in India, offers a range of benefits that can be a game changer for residences, commercial spaces, and cars. The films for residences can significantly reduce heat ingress, creating a cooler and more comfortable living environment. This translates to lower energy bills and a more enjoyable space for families.

The window films for commercial buildings can improve occupant comfort and productivity, while also reducing energy costs. This can be a major advantage for businesses looking to attract and retain tenants. Car sunroofs are a major source of heat entering the vehicle, and LLumar sunroof tints effectively block solar heat, keeping car interiors cooler and more comfortable for drivers and passengers. This not only improves comfort but also helps protect vehicle interiors from sun damage.