doors, windows, glazing & hardware


feature


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why precision engineering matters


in high-performance bifold doors With contemporary architecture prioritising expansive spans of glazing and minimal framing, bifold doors must be designed and engineered to ensure structural integrity and thermal performance, as well as luxury aesthetics and smooth, reliable operation. So how is this all accomplished? The answer is precision engineering. In high-performance bifold doors, system design, material choice, fabrication and installation must be carefully controlled to deliver the visual impact expected in high-end residential projects, while also ensuring structural stability, regulatory compliance and long-term performance. Solarlux tells ABC&D more...


Precision engineering in the design of bifold doors Bifold doors are typically used to enclose wide openings that look out over a garden or the natural landscape. Homeowners want a clear view outside – to stand in their home and enjoy a sweeping panorama, even when the bifold doors are closed. However, this creates a


challenge for designers as large glazing spans require more support and thicker frames – exactly what homeowners don’t want. This is where precision engineering and the design of bifold doors come together. With tight tolerances of less than a millimetre in frame fabrication and alignment, as well as panel


consistency and hardware integration, bifold doors can combine large spans of glass, minimal sightlines and high- end performance. Because precision engineering means more effective support for the glazing, larger panels can be used within a system. While larger panels may require slightly larger frames, the overall result is a more expansive view.


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