Della Francesca 80x210cm Frameless Glass Shower Screen with Nickel F-Brackets & Square Pole

Create a light, open shower space with the Della Francesca 800 x 2100mm frameless glass shower screen. Made from 10mm-thick toughened safety glass and supported by brushed nickel F-brackets and a square stabilising pole, it delivers a clean, contemporary look without a bulky frame.

Key Features

• Single panel crafted from 10mm-thick toughened safety glass for impact resistance and long-term durability
• Complies with Australian Standards AS/NZS 2208:1996 Safety Glazing Materials in Buildings
• Frameless, minimalist design that suits contemporary and industrial bathroom styles
• Smooth, non-porous glass surface resists water spots and soap scum for effortless maintenance
• F-brackets secure the glass without drilling, allowing greater flexibility during installation
• Square stabilising pole provides extra support for single glass panels

Specifications

• Dimensions: 800 x 2100mm (W x H)
• Glass thickness: 10mm toughened safety glass
• Colour: Brushed nickel
• Bracket type: F-brackets (glass-to-wall or glass-to-floor offset mounting)
• F-brackets: solid brass construction, slimline 2mm rear wall, two compression/friction screws, no glass drilling required, supplied with 1 fixing screw and clear gaskets each
• Stabilising pole: square profile, fixes horizontally from wall to top of glass panel with hidden internal CSK screw fixing
• Pole width adjustable from 760mm to 1200mm via telescopic tube and grub screws
• Pole suitable for 10mm glass with friction fit to panel (no hole in glass required)
• Pole construction: solid brass fittings with SS304 square tube

What's in the Box

• 800 x 2100mm frameless bathroom safety glass shower screen x 1
• 10mm glass-to-wall/floor offset F-bracket in brushed nickel x 2
• Square shower screen stabilising pole in brushed nickel x 1

Images may show optional accessories for illustrative purposes only. Only the indicated accessories in the specified colour are included as described. Colour intensity may vary under different lighting conditions.