Crosswater Malu Floor Standing Bath Shower Mixer Tap with Handset - Brushed Brass

Crosswater Malu Floor Standing Bath Shower Mixer Tap with Handset - Brushed Brass

Create a striking focal point in your bathroom with the Crosswater Malu Floor Standing Bath Shower Mixer Tap. Designed with a minimalist blend of soft curves and clean lines, its tall, elegant form is perfectly suited to complement freestanding baths.

The elevated design provides the ideal height for comfortable use, while the integrated locking diverter allows you to effortlessly switch between the bath filler and handheld shower. Crafted from durable solid brass with a high-quality finish, this mixer is built for reliable performance and is best suited to high pressure water systems.

What's Included?

• Floor Standing Bath Shower Mixer Tap
• Handheld Shower
• Double Interlocking Hose

Key Features

• Perfect for Freestanding Baths: Tall, floor-standing design provides ideal positioning alongside freestanding tubs
• Dual Outlet Functionality: Easily switch between bath filling and handheld shower use
• Integrated Locking Diverter: Smooth and secure transition between outlets
• High Flow Performance: Designed for high pressure systems (1–5 bar) to deliver a powerful water flow
• Smooth Single Lever Control: 40mm ceramic cartridge ensures precise control of temperature and flow
• High-Quality Finish: PVD-coated surface for enhanced durability, helping resist wear and maintaining its appearance over time

Technical Specifications

• Brand: Crosswater
• Range: Malu
• Type: Bath Shower Mixer + Handset
• Finish: Brushed Brass
• Material: Brass
• Installation: Floor Standing
• Height: 1100mm
• Width: 230mm
• Depth: 310mm
• Spout Projection: 221mm
• Outlets: 2 Outlets
• Operating Pressure: 1–5 bar
• Primary Flow Rate: 28.1 l/min at 3 bar
• Handset Flow Rate: 15.4 l/min at 3 bar
• Inlet Connection: G 3/4"
• Outlet Connection: M24 x 1
• Standards: BS EN 200:2008, BS EN 817:2008

15-year guarantee

Images are for illustrative purposes only. All measurements are approximate.