Della Francesca 110x90cm Corner Frameless Shower Screen with Nickel F-Brackets and Brass Hinges

Create a sleek corner shower enclosure with the Della Francesca 110x90cm corner frameless shower screen. Made from 10mm toughened safety glass and finished with brushed nickel hardware and solid brass hinges, it opens up the bathroom with a clean, contemporary look.

Key Features

• Frameless corner design maximises light and floor space
• 10mm toughened safety glass to AS/NZS 2208 standard
• Solid brass hinges with brushed nickel finish
• F-brackets allow glass-to-wall or glass-to-floor mounting without drilling the glass
• Dual-action door opens inwards and outwards and self-closes from the 25-degree position
• Square knob handle suits 6mm, 8mm, 10mm and 12mm glass
• Easy-to-clean glass surface helps reduce water stains and soap buildup

Specifications

• Size: 110x90cm
• Colour: Nickel
• Bracket type: F-brackets
• Handle type: Square knob
• Door panel: 650 x 1990mm, 10mm glass, 10mm handle hole
• Hinge panel: 440 x 2000mm, 10mm glass
• Fixed panel: 900 x 2000mm, 10mm toughened safety glass
• F-brackets: 10mm glass, solid brass, brushed nickel, slimline 2mm rear wall, no glass drilling required
• Hinge: 180-degree brass wall-to-wall hinge, for 10mm glass, self-closes from 25 degrees, maximum weight 45kg, EPDM 119mm gaskets, 1 pair (2pcs)
• Handle: 25mm square knob, solid brass, brushed nickel, plastic gaskets included

What's in the Box

• 1 x 650 x 1990mm frameless shower screen door for 10mm door handle
• 1 x 440 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 nickel, with 1 fixing screw and clear gaskets each
• 1 pair (2pcs) 180-degree brass wall-to-wall shower door hinges in brushed nickel
• 1 x 25mm brass square knob shower door handle in brushed nickel

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