Danpavault System

DANPAVAULT

Barrel Vault Skylight System

The Danpavault Barrel Vault Skylight System combines all the advantages of Danpalon® together with a skylight of unlimited length, offering easy integration with various roof types including profiled metal and concrete. Danpavault’s unique structure transmits an even diffusion of natural light, delivering superior durability, thermal insulation and extended UV protection. The Danpavault system can be installed as a self-supporting skylight or over a metal structure covering a large range of radii and spans. It can be installed over small or large spans by adding aluminium framing options, such as spacers, bars or connectors.

UNIQUE SYSTEM BENEFITS

• Unlimited length

• Allows a greater amount of light compared to flat light openings, per area of roof light opening

• Self-supporting skylight

• Easy to install and compatible with many roof types

• Excellent light diffusion

• 100% watertight

• High load capacity

MAIN FEATURES

Unlimited Length – Easy Integration with Various Roof Types

The Danpavault Barrel Vault Skylight System provides a skylight of an unlimited length, offering easy integration with various roof types including profiled metal and concrete.

Flexibility of Installation – Self Supporting or Designed to Fit Any Structure

The Danpavault system can be installed as a self-supporting skylight or over a metal structure, covering a large range of radii and spans. It can be installed over small or large spans by adding aluminium framing options, such as spacers, bars or connectors.

Even Diffusion of Light

Danpavault’s unique structure transmits an even diffusion of natural light, delivering superior durability, thermal insulation and extended UV protection.

Danpavault main featuresMicrocell technology

Due to the tightness between the vertical supports, Danpalon® Microcell offers the highest resistance to impact and hail damage. The high concentration of cells provides Danpalon® Microcell with improved mechanical properties and rigidity.

System Structure