Pure polycarbonate panels

Pure polycarbonate panels and advanced manufacturing technology

Everlite Concept was a pioneer in developing its pure polycarbonate panels and achieving their certification. Their patented internal microcellular structure and double-notched connector gives them exceptional mechanical and physical performance. These highly resistant panels defy the passage of time.

Danpalite

The transparency of glass, with added lightness

The Danpalite polycarbonate panels are 4 mm thick, with transparency as pure as its material of composition.
The joint uses the double notched standing to ensures an exceptional resistance impact and waterproof capabilities.
Cold bent, thermoformed, available in all colour ranges, the Danpalite system adapts to all ideas for creative transparency, for facades and roofs.

Danpalite details
Danpalon^®
Kinetic

A moving façade

The Danpalon^® Kinetic panel, the latest innovation from the Everlite design office, can be used to design façades offering unique dynamic effects. Its structure incorporates two alternating facets of different colours, placed obliquely to each other. Depending on the angle of viewing, the building changes appearance with the play of light, altering the colour and translucency of the panel.

Kinetic details
Danpalon^®
3DLite

A panel with a textured effect, which filters the light

Created by an innovative extrusion process, 3DLite polycarbonate panels are composed of both translucent and opaque cells, which alternate to allow the panel to act as a sun shade while also giving a visual effect of depth. 3Dlite offers the building envelope a new palette of textures, optical illusions and colour schemes.

3Dlite details
Danpalon^®

The leading microcellular panel

The Danpalon^® panel, invented by Everlite engineers more than 30 years ago, comprises microcells and a double-notched connector system achieved by a unique extrusion technique. This high quality manufacturing process and the purity of the polycarbonate assure unparalleled mechanical and physical performance and exceptional light diffraction and diffusion properties.

Danpalon^® details