Della Francesca 700x2100mm Glass Shower Screen with Nickel U-Brackets and Round Pole

The Della Francesca glass shower screen is a single frameless panel that creates an open, light-filled shower space with a clean modern finish. Made from 10mm toughened safety glass and supported by brushed nickel U-brackets and a stabilising pole, it delivers a streamlined walk-in shower look.

Key Features

• Single panel crafted from 10mm-thick toughened safety glass
• Complies with Australian Standards (AS/NZ 2208:1996 Safety Glazing Materials in Buildings)
• U-brackets allow glass-to-wall or floor mounting without a fixed support leg
• Concealed fixing design for a clean, streamlined finish
• No glass drilling required: two compression/friction screws secure the glass for quick, flexible installation
• Round stabilising pole fixes horizontally from wall to top of the glass panel
• Pole is friction fit to the glass panel with no hole required
• Smooth, non-porous glass surface resists water spots and soap scum
• Suits contemporary and industrial bathroom styles

Specifications

• Dimensions: 700 x 2100mm (W x H)
• Glass thickness: 10mm
• Colour: Brushed nickel
• Bracket type: U-brackets
• Additional support: Round pole
• U-brackets: solid brass construction with brushed nickel finish; suitable for 10mm glass; slimline 2mm rear wall to minimise the gap for a neater silicone joint; supplied with 1 fixing screw and clear gaskets
• Stabilising pole: solid brass fittings with SS304 round tube; width adjustable from 760mm to 1200mm by sliding the telescopic tube and tightening the grub screws; hidden horizontal wall fixing with internal countersunk screw; suitable for 10mm glass

What's in the Box

• 700 x 2100mm frameless bathroom safety glass shower screen x 1
• 10mm glass-to-wall/floor U-bracket in brushed nickel x 2
• Round shower screen stabilising pole in brushed nickel x 1

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