Believing that great design need not be the exclusive domain of high-end architecture TuffX has a long tradition of developing innovative high-performance toughened glass and applications for private homes.
Large Scale Framed Rooflight for a Bungalow in the West Midlands
Meeting a client brief to incorporate a large framed Infinity rooflight into a West Midlands property, Rich, from YouTube Channel Wood v Wood, partnered with TuffX to deliver a bespoke rooflight that combined high performance with practical installation benefits.
Working closely with the on-site team, we developed a large-scale solution that maximised natural daylight while meeting the structural, thermal and on-site installation requirements of the build.
Read MoreFOUR FRAMED INFINITY ROOFLIGHTS FOR A WEST MIDLANDS COACH HOUSE
Partner Wood v Wood made quick work of installing four Infinity framed rooflights for this gorgeous West Midlands property. The TuffX rooflights were specified to draw natural light deep into the building, transforming the feel of the space while fitting neatly within the constraints of a tight programme and challenging winter-build conditions.
In performance terms, TuffX’s double‑glazed Infinity rooflights achieve centre‑pane U‑values of 1.2 W/m²K. In comparison, the triple‑glazed option delivers approximately 0.7 W/m²K – up to 30% better than standard double glazing – alongside enhanced acoustic performance.
Read MoreFrameless Glass Balustrade for Front Patio in North Yorkshire
Working closely with Fusion Glass Ltd at an early stage of the project, the team at TuffX supported on system choice, glass specification and installation for a frameless glass balustrade for the front patio – to match the existing Juliet balcony, installed using a base channel system with 17.5mm toughened laminated glass.
TUFFX’s ability to manufacture bespoke glass panels directly from physical templates was key to the success of this project. Once the templates were completed, TUFFX arranged prompt collection, allowing production to begin without delay.
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