Reynaers Aluminium has unveiled a dedicated structural support system for its ParallelRoof 100 veranda with performance standards and quality of build backed by calculations by structural engineers.
In introducing a dedicated system to support ParallelRoof 100 (PR100) Reynaers aims to make fabricating and installing the system as straightforward as possible. It now includes structural posts and a comprehensive range of components needed to support the canopy and deliver quality of build.
The new structural posts support the slimline aluminium aesthetic of the PR 100, with a slim width allowing minimal obstruction to views.
Calculated by structural engineers during the design process, the performance of the system and the dedicated supports have been clearly evaluated, taking into account wind and snow load for UK use. To help make ordering the system as straightforward as possible and ensure performance levels in each application, the Reynaers team has also provided a dedicated ‘Materials Calculation Tool’ for installers.
Used in both commercial and residential projects, PR100 is designed to provide added protection from the elements for outdoors spaces and can be used for external roofing, verandas, shelters and car ports in commercial and residential settings.
Terry Ledwith, Head of Sales for Trade and Retail for Reynaers Aluminium UK, said: “PR 100 is already a popular choice with end-users due to its high-end, slimline aesthetic and solid performance in the face of the British weather.
“However, in offering a support system that matches the build quality of the canopy we have removed the need to source a separate structural system and can instead offer a more comprehensive component solution that bears the hallmark of Reynaers’ quality. As we do with the rest of our systems, our team continually review the quality and build of our aluminium solutions to make fabrication and installation quicker and easier.
“For an external product such as a veranda or canopy, trust in quality is essential and Reynaers has taken every step to build that into the structural support system.”