Dedicated cleaning agent, safe for cleaned surfaces
Adjustable shower hand angle
Light and subtle design
Anti-calc hand shower
Coating applied using the PVD method
Only the best materials, the quality of which has been confirmed by laboratory tests
Dedicated cleaning agent, safe for cleaned surfaces
The use of dedicated agents means that the surfaces do not deteriorate and remain smooth for long, facilitating another cleaning. A specially selected composition removes the most common dirt very effectively. On the other hand, the preparations are mild for a given type of surface (metal, granite, ceramics and others), without entering into chemical reactions with them. The preparations are biodegradable and thus harmless for the environment. With Deante cleaning products, keeping things in order will be very easy!
Adjustable shower hand angle
The rain shower has a movable hand shower holder, thanks to which we can adjust the angle of the shower head.
Light and subtle design
In the Alpinia series, the attention is drawn to the shapes with soft lines and the rounded body. The rounded shape makes the water flow freely from the perfectly smooth surface, and the products are easier to clean. Their simple, economical form will appeal to supporters of modern interiors, who appreciate functionality and refined details. Thanks to its small dimensions, Alpinia is an ideal solution for small rooms.
Anti-calc hand shower
Silicone tabs prevent limescale build-up and thus extend the durability and reliability of the shower head. Just wipe them with your finger and scale deposits disappear in the blink of an eye.
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.