Della Francesca 120x120cm Corner Frameless Shower Screen with Brushed Nickel F-Brackets

Create a sleek, open bathroom with the Della Francesca 120x120cm corner frameless shower screen. Built from 10mm toughened safety glass with brushed nickel hardware, it delivers a clean, minimalist look while making the space feel larger and easier to clean.

Key Features

• Frameless corner design with no railings or struts for a contemporary minimalist appearance
• 10mm Australian standard (AS-NZS2208) tempered glass
• Brushed nickel F-brackets, hinges and handle for a coordinated finish
• Dual-action hinge opens inwards and outwards and self-centres within 25 degrees before closing automatically
• F-brackets use compression/friction screws, so no holes in the glass are required
• Easy to clean and install

Specifications

• Size: 120x120cm
• Colour: Nickel
• Bracket type: F-Brackets
• Hinged panel: 540 x 2000mm
• Door panel: 650 x 1990mm
• Single panel: 1200 x 2000mm (W x H)
• Glass: 10mm toughened safety glass, compliant with AS/NZ 2208:1996
• F-brackets: suitable for 10mm glass, solid brass in brushed nickel finish, 2 compression/friction screws, 1 fixing screw and clear gaskets, slimline 2mm rear wall to reduce the silicone gap
• Hinge: stainless steel with squared edges, for 10mm glass, self-centres within 25 degrees and closes automatically, clamping plates pre-glued with EPDM 119mm gaskets, maximum weight capacity 45kg, electroplated, brushed nickel finish
• Handle: round, for 45mm hole and 10mm glass, 58mm outer diameter, stainless steel

What's in the Box

• 1200mm wall-to-wall frameless shower screen x 1
• 1200 x 2000mm frameless bathroom safety glass shower screen x 1
• Glass-to-wall/floor offset F-bracket in brushed nickel x 4
• 180 degree wall-to-wall shower door hinge in brushed nickel x 1 pair (2pcs)
• Round shower door handle in nickel for 45mm hole x 1

Note: Images may show optional accessories for illustrative purposes only. Only the accessories and colour specified above are included. Colour intensity may vary from actual due to different lighting conditions.