Openable round polycarbonate (a/d) skylight opal
General
- Extremely impact-resistant: 250 times stronger than glass
- Single-, double-, triple- or 4-walled
- More than 100 different sizes
- CE-approved
General
Armoured skylight
Looking for an unbreakable skylight? Then polycarbonate is the best choice. The polycarbonate is highly impact-resistant. That is why we call it an ‘armoured skylight‘.
No discolouration by UV light
The polycarbonate that Skylux uses is UV-resistant, so the skylight maintains its colour and light transmission.
Round skylights are especially used for their aesthetic look. They fit nicely in modern rooms and offer an appealing light distribution.
General
Recognisable look
The red dome caps provide a recognisable look. If you see the red caps, you know you are looking at a polycarbonate skylight. The cap is made of solid plastic and has a press seal for excellent watertightness.
General
The main reason why people choose an opal skylight
An opal skylight is milky white and slightly less translucent than a clear skylight. The difference, however, is very small. The main reason why people choose an opal skylight is because it partly reflects solar heat. A clear skylight allows almost all heat rays to pass through, while an opal skylight only lets 42% through. The milky white appearance also provides privacy.
General
Suited for unheated buildings
A single- or double-walled skylight is perfect for unheated buildings. If you want a skylight with better insulation, then choose a three-walled skylight or better. A skylight in your home is a good daylight solution, but a skylight that can be opened for fresh air ventilation is even better. An openable skylight requires a PVC frame between the dome walls and the curb. The frame is highly insulating and makes sure the seal is perfectly pressed against the curb when closing the skylight. Skylux pre-mounts everything for you. You only need to choose which opening system you want to have installed: manual or electric. This allows for a quick and easy installation.
