Flux System
Sense in structure
An excellent panel, they say, is more about the design. The structure of FLUX is based on truss bridge design. The diagonal members are subject to tension forces and the shorter vertical members handle the compressive forces. When weight is applied the joints and/or connections compress and push against each other, the tension removes any buckling risk.
Diagonals and verticals combine to form triangles. It is a well known fact that triangles provide strength and stability, they hold large loads without collapsing or having their structure altered. It is not without reason that they are considered the strongest polygons. The design does its part not only supporting any load on it, but also stiffening against lateral loads such as wind and seismic loads. FLUX structure is extremely effective as it has a high strength to weight ratio.
The Light Duct Technology
Every idea starts with a problem, and after over two decades of experience, millions of square feet of installation and tons of customer feedback, we were hit with a big one. Although there were current daylighting solutions on the market, we couldn’t find one that controlled the lux levels throughout the day as the sun moves; letting more light into the space in the morning and evening when levels are low and letting less light through at noon, when they are, providing uniform lux levels throughout the day.
We believe that all spaces need to have truly optimised daylighting that allows architects to create the extraordinary. This simple question became the beginning of our incredible journey to reimagine daylighting for the future.
Our unique Flux® angular walls create individual diagonal light-ducts allowing maximum dispersion of daylight allowing more light in the morning and evening, when the sun is low.
And less light in the middle of the day and less light in the middle of the day when the sun is at it’s hottest for optimum light levels consistently.
Our unique Flux® angular walls create individual diagonal light-ducts allowing maximum dispersion of daylight allowing more light in the morning and evening, when the sun is low.