IVY Pact Rain Shower Set - concealed - 2-way stop-diverter - 30cm ceiling arm - 20cm slim round shower head - slide bar with outlet - 150cm shower hose - stick hand shower - Brushed Matt Gold PVD

The IVY Pact Rain Shower Set 2 built-in with 2-way stop-diverter in brushed matt gold PVD is a true eye-catcher for your bathroom. With its elegant design and high-quality finish, this shower set adds a touch of luxury to your daily shower experience. Enjoy a refreshing rain shower and experience ultimate comfort and style in your own bathroom.

Stylish
The IVY Pact Rain Shower Set exudes style and class with its brushed matt gold PVD finish. This unique color gives the shower set a modern and luxurious look that perfectly matches a contemporary bathroom interior. The combination of clean lines and soft curves creates a harmonious whole that transforms your bathroom into a luxurious, spa-like environment.

Functional
In addition to its aesthetic value, the IVY Pact Rain Shower Set is also highly functional. With a 2-way stop-diverter, you can easily switch between the overhead shower and the hand shower, allowing you to choose the perfect customized shower experience. The smart 20cm overhead shower ensures an even water distribution, and the slide bar with outlet offers extra flexibility while showering.

Comfortable
Thanks to the rain shower experience of the IVY Pact Rain Shower Set, you enjoy ultimate comfort and relaxation. The bar-style hand shower offers extra convenience and precision during showering, while the 150cm shower hose provides sufficient freedom of movement. With this shower set, you create an oasis of tranquility in your own bathroom, where comfort and luxury come together.

Features:

• Luxury rain shower set with brushed matt gold PVD finish
• 2-way stop-diverter for easy switching between overhead shower and hand shower
• 20cm smart overhead shower for even water distribution
• Slide bar with outlet for extra flexibility
• Bar-style hand shower for convenience and precision
• 150cm shower hose for optimal freedom of movement