Mode Banks Twin Thermostatic Shower Valve with Diverter

Mode Banks Twin Thermostatic Shower Valve with Diverter

Create a sleek and minimalist shower space with this concealed twin valve from the Mode Banks collection. Its square profile, polished chrome finish and textured handles provide a premium contemporary appearance while offering comfortable grip and straightforward control.

Manufactured from solid brass for long-lasting durability, the thermostatic valve controls two separate shower outlets, operating one at a time through the integrated diverter. Thermostatic temperature control helps maintain a consistent water temperature, while the anti-scald device provides added reassurance during use.

Key Features

• Concealed Twin Valve: Streamlined installation keeps working components hidden behind the wall.
• Two-Outlet Control: Designed to operate two compatible shower outlets individually.
• Integrated Diverter: Allows easy switching between the connected shower outlets.
• Thermostatic Temperature Control: Helps maintain a stable and comfortable water temperature.
• Anti-Scald Device: Provides added protection against sudden increases in temperature.
• Textured Handles: Easy-grip surface supports comfortable and precise operation.
• Solid Brass Construction: Durable material provides reliable long-term performance.
• Hand Polished Chrome Finish: Bright polished surface creates a premium contemporary appearance.

Specifications

• Height: 200mm
• Width: 130mm
• Depth: 60mm
• Finish/Colour: Polished Chrome
• Outlets: 2
• Style: Contemporary
• Minimum Water Pressure: 1 bar
• Maximum Water Pressure: 3 bar
• Manufactured from chromium plated brass
• Stylish round design handles
• Compatible with these systems: Pumped gravity fed, unvented high pressure or fully modulated combi boilers

Guarantee: 5 years

Please note that all measurements provided are approximate, and the product images are for illustrative purposes only. If you have a gravity-fed system, ensure proper installation with the recommended pump for optimal functionality.