Window Films
· ES-MF-OPTI27Madico Optivision 27
Dual-reflective Madico solar-control film that reduces heat and glare while keeping interior glass reflections lower for clearer night views.
Technical Specifications
- UV rejection
- ≥ 99%
- Glare reduction
- 70%
- Infrared rejection
- 81%
- Visible light transmission
- 27%
- Total solar energy rejection
- 60%
- Exterior visible light reflectance
- 27%
- Interior visible light reflectance
- 14%
About Madico Optivision 27
Madico Optivision is a dual-reflective architectural window film family developed to balance solar control with a clearer view from inside. The selected 27% visible-light-transmission specification offers a darker appearance and strong glare control for rooms with significant sun exposure.
Madico lists 70% glare reduction, 60% total solar energy rejection and at least 99% UV rejection for this specification. Film performance depends on the specific glass and installation conditions, so a glazing assessment is recommended before selection.
Key Benefits
- Reduces daytime glare
- Helps control solar heat gain
- Helps protect furnishings from UV exposure
- Designed for clearer views from inside at night than conventional reflective films
Applications
- Homes with sun-facing windows
- Office and meeting-room glazing
- Rooms with screen glare
- Buildings seeking daytime solar control
Request a Quote for Madico Optivision 27
Tell us about your project and our team will prepare a detailed proposal.
Related Products
Madico Nova 70
A neutral Madico architectural film that keeps interiors bright while helping control solar heat, glare and UV exposure.
Madico Sunscape Purelite 39
A neutral Sunscape architectural film with balanced daylight, solar performance and a subtle appearance on glass.
Madico Frost Matte
Translucent decorative film that creates an etched-glass look, adds privacy and keeps natural light flowing through the space.
Madico Sunscape Starlite 18
Premium residential solar-control film that cuts strong sunlight and glare while helping protect interiors from UV exposure.