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Gyptone™: Contemporary grid-style perforated patterns for exceptional acoustic performance with built-in Activ'Air technology
Last Updated on 29 Jan 2024
Enhanced acoustics and style are the hallmarks of the Gyptone™ perforated plasterboard range. This superior acoustic solution delivers a grid-format geometric effect plus enhanced air quality thanks to patented Activ’Air technology. Manufactured by worldwide plasterboard specialist, Saint-Gobain, Gyptone is purpose built to provide exceptional acoustic control with contemporary design.
Overview
Enhanced acoustics and style are the hallmarks of the Gyptone™ perforated plasterboard range. This superior acoustic solution delivers a grid-format geometric effect plus enhanced air quality thanks to patented Activ’Air technology.
Manufactured by worldwide plasterboard specialist, Saint-Gobain, Gyptone is purpose built to provide exceptional acoustic control with contemporary design. A flexible option provides even greater levels of design freedom.
High levels of acoustic absorption are achieved through a combination of perforation patterns and a highly effective black acoustic fabric backing which also prevents dust from the ceiling entering the room and masks the ceiling framework. Access panels are available in each of the Gyptone board patterns. These consist of a plasterboard frame that is easily set into the ceiling and a 510mm x 510mm hatch piece with a matching perforation pattern that fits neatly into the frame.
Gyptone 12mm Square features eight large square groupings per sheet, each with 400 x 12mm square perforations at 25mm centres, providing a 16% open area. Other patterns are available at gyprock.com.au
Gyptone is also manufactured with Activ’Air technology which has an enduring impact on indoor air quality. All four edges of Gyptone perforated plasterboards are recessed to make flush jointing quicker and easier without the need for butt joints between full panels. The availability of seamless access panels, ensures easy access to the ceiling cavity while maintaining pattern continuity