Upgrade your bathroom with the Della Francesca 100x110cm double door corner shower screen, a frameless enclosure built from 10mm tempered glass with brushed gunmetal hardware. Its dual-door corner layout maximises space and light while giving you easy access from either side.
Key Features
- Frameless corner configuration converts a wall-to-wall shower into a spacious corner enclosure
- Double door design with two hinged door panels for flexible access
- 10mm AS-NZS2208 standard tempered glass
- Brushed gunmetal finish across brackets, hinges and handles
- Offset F-brackets allow glass-to-wall or glass-to-floor mounting without drilling the glass
- Dual-action hinges open inwards and outwards and self-centre to close automatically
- Solid brass double pull handles with a minimalist profile
Specifications
- Size: 100x110cm
- Colour: Gunmetal
- Bracket type: F-Brackets
- Handle type: Square Double Pull
- Door panels: 2 x 650 x 1990mm, 10mm AS-NZS2208 glass, 10mm door handle hole
- Hinge panel: 340 x 2000mm, 10mm AS-NZS2208 glass
- Hinge panel: 440 x 2000mm, 10mm AS-NZS2208 glass
- F-brackets: 4 x 10mm glass-to-wall/floor offset brackets, solid brass, brushed gunmetal, slimline 2mm rear wall, supplied with 1 fixing screw and clear gaskets each, no glass drilling required
- Hinges: 2 x 180 degree wall-to-wall hinges, stainless steel with squared edges, for 10mm glass, self-centre within 25 degrees, clamping plates pre-glued with EPDM 119mm gaskets, maximum weight capacity 45kg, electroplated, 1 pair (2pcs)
- Handles: 2 x 25mm brass double pull handles, 49mm x 25mm knob, suits 6mm, 8mm, 10mm and 12mm thick glass, includes plastic gaskets
What's in the Box
- 2 x 65 x 199cm frameless shower screen doors for 10mm door handle
- 1 x 34 x 200cm frameless hinge glass panel
- 1 x 44 x 200cm frameless hinge glass panel
- 4 x 10mm glass-to-wall/floor offset F-brackets in brushed gunmetal
- 2 x 180 degree wall-to-wall shower door hinges in brushed gunmetal (1 pair)
- 2 x 25mm brass double pull handles in brushed gunmetal
Colour intensity may vary under different lighting conditions.