Milano Elizabeth - Traditional 2 Outlet Triple Thermostatic Shower Valve with Ceiling Mounted 205mm Round Shower Head & Riser Rail Slide Bar Kit - Chrome & Black

Enjoy a spa-like experience in your shower and enhance the traditional style of your bathroom with the Milano Elizabeth two outlet shower system, which consists of a triple thermostatic shower valve, 205mm round shower head with ceiling-mounted arm and a riser rail kit. Featuring a sleek chrome finish with black ceramic accents, the shower system benefits from thermostatic and anti-scald technology to ensure precise control of the water and prevent sudden changes in temperature. This multi-function shower can operate both outlets simultaneously if required, giving you total control to enjoy your shower just the way you like it. The shower head produces rainfall effect water coverage to give you a luxurious showering experience that is complemented perfectly by the hand shower. The riser rail allows the height of the hand shower to be adjusted to perfectly suit individual users. Long-lasting durability is assured thanks to the solid brass construction throughout the shower system.

- Made from solid brass with a chrome finish for long-lasting durability
- Traditional two outlet shower system to create a classic look in your bathroom
- Includes a shower valve, 205mm round shower head with ceiling-mounted arm, hand shower with hose, riser rail and outlet elbow
- Provides refreshing water coverage for a spa-like shower experience
- Offers thermostatic temperature control to prevent scalding and freezing
- Can operate both functions simultaneously or separately as required
- Utilises anti-scald technology to ensure safe use every time
- Features ergonomic lever and crosshead handles for simple and intuitive use
- Accentuated by stylish black ceramic detailing
- Incorporates ceramic disc technology to prevent leaks and drips
- Compatible with domestic and commercial plumbing systems
- Recommended minimum water pressure: 1.0 bar
- Assured for 10 years to provide strength and durability