The Della Francesca corner frameless shower screen brings a clean, open feel to your bathroom while making the most of a compact corner layout. Crafted from 10mm toughened safety glass with brushed gunmetal hardware, it combines durability with a sleek, contemporary finish.
Key Features
- Frameless corner design maximises light flow and floor space
- 10mm toughened safety glass to AS/NZS 2208 standard
- Solid brass hinges with squared edges for smooth door operation
- Dual-action hinge opens inwards and outwards and self-closes from the 25-degree position
- Offset F-brackets allow glass-to-wall or glass-to-floor mounting without drilling the glass
- Round knob handle suits 6mm, 8mm, 10mm and 12mm glass
- Brushed gunmetal finish across brackets, hinges and handle
- Easy-to-clean glass surface helps reduce water stains and soap buildup
Specifications
- Overall size: 100x90cm
- Colour/finish: Gunmetal
- Bracket type: F-brackets
- Handle type: Round knob
- Door panel: 650 x 1990mm, 10mm glass, 10mm door handle hole
- Hinge panel: 340 x 2000mm, 10mm glass
- Single panel: 900 x 2000mm (W x H), 10mm toughened safety glass, AS/NZ 2208:1996 compliant
- F-brackets: suit 10mm glass, solid brass, slimline 2mm rear wall, supplied with 1 fixing screw and clear gaskets each
- Hinge: suits 10mm glass, maximum weight 45kg, clamping plates pre-glued with EPDM 119mm gaskets, supplied as 1 pair (2pcs)
- Handle: slimline Ø24mm double pull knob, solid brass, includes plastic gaskets
What's in the Box
- 1 x 650 x 1990mm frameless shower screen door panel for 10mm door handle
- 1 x 340 x 2000mm frameless hinge glass panel
- 1 x 900 x 2000mm frameless safety glass shower screen panel
- 4 x 10mm glass-to-wall/floor offset F-brackets in brushed gunmetal
- 1 x 180-degree brass wall-to-wall shower door hinge pair in brushed gunmetal
- 1 x 24mm brass round shower door knob in brushed gunmetal
Note: Images may show optional accessories for illustrative purposes only. Only the indicated accessories in the specified colour are included. Colour intensity may vary under different lighting conditions.