Energy efficiency

Solar (climate, stopsol or UV) window films provide the highest level of heat and UV protection.

These films reduce solar heat in the summer while improving heat retention during the winter, increasing the building’s energy efficiency and reducing heating and cooling costs.

By blocking solar heat, LLumar solar window films can reduce indoor temperatures by up to 15°C, creating a more comfortable environment for work and relaxation. They also reduce sun glare, making it easier to work on a computer or watch television.

LLumar solar window films block up to 99% of harmful UV rays, helping protect your skin while preventing furniture and commercial goods from fading due to prolonged UV exposure.

Reflective window films are the best choice when it comes to heat and sun glare protection. They also provide a high level of privacy protection by causing a “mirror effect”. That is why they are called “window mirror films” or “spy films”.

These films provide the highest level of solar heat reduction, high temperature and UV protection. With all these characteristics, reflective films are a great solution for office space, production facilities, ground-floor facilities, as well as residential facilities in need of heat and privacy protection.

Reflective films are available in 3 different shades, i.e. 3 levels of reflection: slight, moderate and strong reflection, which affect the possibility of solar heat reduction and high temperature protection.

For those who want the highest level of invisible UV protection in their home or commercial space, transparent UV films are the ideal solution.

LLumar transparent UV films are thin, lightweight and virtually invisible, while providing the highest level of UV protection. They block up to 99.9% of harmful UV rays, helping protect people and interiors from UV damage.

Products displayed in shop windows can fade within days when exposed to direct sunlight. The same applies to furniture, flooring and other interior surfaces. Transparent UV films help preserve their original appearance by protecting them from harmful UV radiation.