Our roof lanterns are manufactured using state of the art structural silicone glazing techniques. These techniques allow the production of a 30 degree low pitch frameless roof lantern without the need for internal framework to the hips or ridge, creating one of the slimmest roof lanterns on the market.

Our Octagonal roof lantern is low pitch and frameless adopting the same technology as our lantern and pyramid rooflights which means it has no internal hip framework ensuring that the maximum amount of natural light is able to penetrate the room beneath.

Our pyramid rooflight is frameless in design with glass set at a 30 degree angle to create a low pitch pyramid rooflight that uses the same technology as our roof lantern. This means that it has no internal hip framework ensuring that the maximum amount of natural light is able to penetrate the room beneath.

Primarily designed for larger roof lanterns between 3500mm and 5800mm in length, our accredited structural silicone glazing techniques allow a design identical to our smaller lanterns but with the introduction of a centre ultra slim rafter but without the requirement for internal framework to the products hips or ridge.

This product is primarily used where there is a requirement for a lantern rooflight design but with a wall abutment. This allows maximum natural light to penetrate into darker spaces of the room, particularly rooms that have been extended.

Secure by design SB30 low pitch roof lantern rooflights to meet the requirements setout in The Building Regulations Approved Document Part Q: Security in Dwellings (2015 Edition).

Secure by design pyramid rooflight to meet the requirements setout in The Building Regulations Approved Document Part Q: Security in Dwellings (2015 Edition).

Our accredited structural silicone glazing techniques allow the production of a glass lantern rooflight without the requirement for internal framework to the products hips or ridge.

Our pyramid rooflight uses the same technology as our lantern rooflight which means it has no internal hip framework ensuring that the maximum amount of natural light is able to penetrate the room beneath.