Della Francesca 140x100cm Frameless Glass Sliding Corner Shower Screen with Nickel Rail

The Della Francesca frameless glass sliding corner shower screen brings an open, spacious feel to compact bathrooms. Its sliding door needs no swing clearance, and the 10mm toughened glass with brushed nickel hardware delivers a clean, contemporary look.

Key Features

• Frameless sliding corner design saves space with no door swing clearance required
• 10mm clear toughened glass to Australian standard AS-NZS2208
• Polished edges with 2mm radius corners
• Pre-drilled glass panels suit a range of shower hardware styles
• Adjustable door width from 1350mm to 1440mm
• Brushed nickel hardware for a refined, contemporary finish
• Glass-to-wall/floor U-brackets secure fixed panels without glass drilling
• Rail can be cut to your preferred width before installation

Specifications

• Overall size: 140x100cm
• Colour/finish: Nickel
• Bracket type: U-Brackets
• Side panel glass: 997 x 2000mm
• Door screen fixed panel: 750 x 2000mm
• Door panel: 700 x 1988mm
• Rail: 1650mm (pre-drilled rail 1950 x 30 x 10mm)
• Glass thickness: 10mm
• U-brackets: solid brass with brushed nickel finish, concealed fixing, 2mm rear wall, supplied with 1 fixing screw and clear gaskets each

What's in the Box

• 1 x 1000mm frameless glass side panel for sliding door shower screen
• 4 x 10mm glass-to-wall/floor U-brackets in brushed nickel
• 1 x hardware accessory set in brushed nickel: 2 door upper rollers, 2 door stabiliser guides, 2 fixed panel rail connectors, 2 wall brackets, 2 stoppers, 1 floor guide, 1 recessed round handle, 1 Allen key and screws kit
• 1 x frameless glass sliding door shower screen rail in nickel
• 1 x sliding shower screen rail joiner end cap in nickel
• 1 x 1350-1440mm frameless glass sliding door shower screen

Note: Images may show optional accessories for illustrative purposes only; only the accessories in the specified colour as described are included. Shower base is not included. Colour intensity of the brushed nickel finish may vary under different lighting conditions.