Appleton 4 Modes Shower Panel System With Shower Kit 1140mm Height - White at Furniture in Fashion

Transform your bathroom into a serene spa retreat with the Furniture in Fashion Appleton 4-Modes Shower Panel System, finished in elegant white. This sleek shower tower blends modern aesthetics and multi-functionality with a high-quality aluminium build thats both lightweight and corrosion-resistant. Standing at 1, 140 mm tall, its square profile (150mm wide x 470mm deep) adds a clean, streamlined silhouette that complements contemporary bathroom interiors. Designed for versatility and relaxation, this shower panel offers four different modes: rainfall, waterfall, twin-body massage jets, and a handheld showerhead, all controlled easily via a single knob. Its intuitive design ensures smooth switching between modes, letting you customise your shower experience according to your mood or need. The white finish contributes to a bright, airy bathroom feel while staying easy to clean and maintain. FEATURES : Material : Aluminium, Plastic Finish : White Constructed from durable aluminium, providing a lightweight yet sturdy frame with excellent rust resistance Elegant white finish adds a clean and modern touch, perfectly suited for minimalistic or Scandinavian-style bathrooms Enjoy a versatile mix of rainfall, waterfall, two sets of massage jets, and a handheld showerhead Generous rainfall showerhead measuring 230 x 140mm offers a broad, soothing water flow 150 silicone nozzles in total (50 on rainfall head + 50 x 2 on body jets), designed to resist limescale build-up for long-lasting performance Chrome-plated handheld showerhead and control knobs bring a polished, high-end finish and corrosion resistance Comes with a stainless-steel water-inlet hose (400mm) and a double-locked flexible hose (1500mm), robust and secure Includes a nylon faucet with ABS handles, compatible with standard 1/2 plumbing connection for straightforward installation Anti-limescale silicone jet nozzles, making maintenance easier and ensuring consistent water flow over time Avai