Thermostatic Concealed 2 Outlet Shower Valve - Brushed Brass

Bring vintage elegance and modern reliability to your bathroom with a dual outlet concealed shower valve, a standout choice for anyone seeking a refined and luxury shower fitting. Combining timeless detailing with high-end performance, it is perfect for interiors that value both style and practicality.

The gold thermostatic shower valve is expertly crafted from solid brass, offering exceptional durability and a rich, brushed brass finish with PVD coating that resists tarnishing. The rectangular backplate, with a portrait orientation, measures 240mm in height and 182mm in width, delivering a clean, vertical design that enhances the aesthetic.

Designed for ease of use and comfort, the valve features dual control crosshead handles with white ceramic caps for separate adjustment of hot and cold water, allowing for precise and personalised showering. The thermostatic temperature control ensures a safe and consistent water temperature, while the mechanism is built for smooth operation and long-lasting leak prevention.

Concealed valve keeps pipework neatly hidden for a clean, uncluttered finish that enhances the overall look of your bathroom. The wall-mounted setup maintains a minimalist, elegant appearance while offering practical flexibility.

With a minimum water pressure requirement of just 0.5 bar, the brass Victorian shower valve is suitable for a variety of plumbing systems. It is backed by a 15-year manufacturer guarantee, offering long-term reliability and enduring style.

Features and benefits:

• Made from solid brass
• Brushed brass with PVD coating 
• Versatile and easy installation
• Stylish crosshead handles with dual controls
• Elegant traditional design with all modern functionality
• Easy to use lever handles
• Thermostatic control keeps the water at the temperature constant
• 2 outlets concealed shower valve
• Minimum water pressure requirement: 0.5 bar

Flow Rate

• 2Bar: 8.5L/min
• 5Bar: 12L/min
• 1Bar: 16L/min
• 2Bar: 5L/min
• 3Bar: 5L/mi