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Visibility and opposite

Visibility and opposite

Glare problem

Glare problem

Heat problem in summer

Heat problem in summer

Limit fading

Limit fading

Improve your thermal comfort

Transcend the energy performance of your windows



Glazing is partly responsible for temperature variations in a residential or tertiary building with a direct impact on energy costs.

The limits of glazing systems

The buffer role of double glazing in the heat exchange between two air masses is not enough in the insulation of a building. In fact, glass can not filter infrared, which is the main cause of heat.
So in the summer, excessive solar heat and heat loss in the winter will force you to use energy-intensive systems to maintain comfortable room temperatures.

An innovative and effective answer for insulation

A window film is designed to work on a large part of the electromagnetic spectrum. Clearly, the technologies implemented offer the possibility of selectively filtering ultraviolet (UV), visible light and infrared (IR).
It is thus possible to obtain a wide variety of glazing film from simple solar control for the summer to a reinforced thermal insulation summer / winter.

Active filters

  • Visibility and opposite: Not reflective
  • Glare problem: None

UV Derma Vigil Clear

UV DermaVigil IN NRC HPRA

€15.00

Clear, neutral and almost undetectable, the UV film Derma Vigil offers great protection in ultraviolet filtration. Compatible on all types of glazing, it will protect people sensitive to UV for a better comfort of life.

  • Category : Anti-UV
  • Type : Not reflective
  • Shades : Colorless
  • % Light transmission : 89%
  • % Light reflection - outside : 9%
  • % Total solar energy rejected : 17%
  • UV rejection : > 99.9%

Absorber IR 90 - inside

IR 90 IN NRC HPRA

€27.00

Clear and colorless, the IR 90 Absorber film allows the filtration of part of the infrared but also of the ultraviolet. Suitable for limiting the discoloration and fading of textiles, leathers or furniture.

  • Category : IR absorber
  • Type : Not reflective
  • Shades : Colorless
  • % Light transmission : 86%
  • % Light reflection - outside : 9%
  • % Total solar energy rejected : 28%
  • UV rejection : > 99%