This experimental prototype demonstrates a new method for mounting glass elements. By leveraging the magnetic forces, glass can be used more flexibly in architecture and design.
A minimalist and elegant look may be achieved with the magnetic attachment of facade elements, for example. The glass panels can be mounted quickly and precisely, and if needed, easily swapped or repositioned. The magnetic fixation ensures that the glass structure remains intact, as no drilling or mechanical fastenings are required, preserving the stability and durability of the glass.
The glass elements can also be attached using the magnets so that they can be moved freely and vertically. Thanks to magnetic fixation, the glass can be repositioned effortlessly,
which opens up new dimensions for flexible space utilisation and design, particularly in interiors. This technology allows for the dynamic positioning of glass walls or doors as well as flexible zoning.
The research team uses the term ‘Float’ Glass for the exhibit. Glass elements attached in this way combine aesthetics and functionality and offer not only practical solutions for architecture, but also creative freedom for designers. Whether as a movable partition, flexible window solution, or innovative facade element – this exhibit demonstrates how magnetic forces and glass design can harmoniously work together in a variety of applications.
