Shower hose, steel - 150 cm - brushed gold - NDA_R53W
1500
finish
Anti-twist system, preventing the hose from twisting
Anti-Twist is a system that prevents the end of the shower hose from twisting during its use, which significantly affects the comfort of showering. Forget about the need to constantly undo it and losing time. What's more, the Anti-Twist system increases the durability and reliability of the product.
Innovative and easy to maintain brushed gold coating
Brushed gold is the perfect compromise between shine and matte. The delicate texture emphasizes the boldness of the lines, making the product look more noble. Moreover, such products are easier to keep clean. The brushed gold finish perfectly suits both glamorous and more retro interiors. The subdued glow creates a feeling of warmth and coziness.
Cleaning agent for fixtures in all colors available
In our offer you can also find a cleaning agent intended for taps in all finishes. Thanks to its special formula, it does not leave streaks, scratches or matting on the cleaned products. The preparation is perfect for the care of demanding black fittings, preserving its original appearance for many years. Sold separately
Coating applied using the PVD method
Deante products apply colorful finishes using advanced PVD technology, which combines traditional craftsmanship. Before achieving its final color, each piece undergoes a hand-finished process, such as polishing or brushing, making it unique. The PVD (Physical Vapor Deposition) method is an innovative coating technology that enhances the durability and aesthetics of fixtures. The process involves vacuum-depositing titanium ions or titanium nitride, creating an exceptionally thin yet extremely durable layer.- Only the best materials, the quality of which has been confirmed by laboratory tests
- Anti-twist system, preventing the hose from twisting
- Durable hose ends made of brass
- Innovative and easy to maintain brushed gold coating
- Cleaning agent for fixtures in all colors available
- Coating applied using the PVD method
