Della Francesca 110cm Wall-to-Wall Frameless Shower Screen Chrome U-Brackets

Create a modern, open-concept bathroom with this Della Francesca wall-to-wall frameless shower screen. Built from high-strength toughened glass with stainless steel hinges and secure wall brackets, it delivers a sleek, seamless look while letting natural light flow through the space.

Key Features

• Frameless design for a sleek, seamless look and improved light flow
• Rust-resistant stainless steel hardware for lasting performance in humid conditions
• Dual-action hinges open inwards and outwards and self-centre within 25 degrees to close automatically
• Concealed-fixing U-brackets create a clean, streamlined finish when mounted to the wall or floor
• No glass drilling required for the U-brackets, which use two compression/friction screws to secure the glass
• Frameless glass reduces water buildup and simplifies cleaning
• Minimalist design blends with contemporary and classic decor

Specifications

• Size: 110cm
• Colour: Chrome
• Bracket type: U-Brackets
• Handle type: Square double pull
• Door panel: 650 x 1990mm, 10mm AS-NZS2208 standard glass
• Hinge panel: 440 x 2000mm, 10mm AS-NZS2208 standard glass
• Door handle hole: 10mm
• U-bracket: suits 10mm glass, solid brass construction with chrome finish, slimline 2mm rear wall
• Hinge: stainless steel with squared edges, suits 10mm glass, maximum weight capacity 45kg, electroplated chrome finish, clamping plates pre-glued with EPDM 119mm gaskets, quantity 1 pair (2pcs)
• Handle: 49mm x 25mm double pull knob, solid brass, suits 6mm, 8mm, 10mm and 12mm thick glass, chrome finish, includes plastic gaskets

What's in the Box

• 1x 65 x 199cm frameless shower screen door for 10mm door handle
• 1x 44 x 200cm frameless hinge glass panel for shower screen
• 2x 10mm glass-to-wall/floor U-bracket, chrome (each supplied with 1 fixing screw and clear gaskets)
• 1x 180-degree wall-to-wall shower door hinge in chrome (1 pair, 2pcs)
• 1x 25mm brass shower door double pull handle in chrome

Colour intensity may vary under different lighting conditions.