Bateria Silia impresses with its sleek, minimalist shape and a thoughtfully designed lever that combines design with user comfort. Its simple yet functional appearance fits perfectly with modern interior design trends, while its concealed installation ensures a tidy, aesthetic bathroom look and easy cleaning. The warm brushed brown finish lends the room a timeless elegance while bringing a touch of luxury and natural warmth to your bathroom.
Innovative, easy-care surface – brushed bronze
Brushed bronze, applied using the PVD process, is a modern finish in faucet design that combines elegance with durability. It features a warm tone—a balanced compromise between gloss and matte—and brings a homely atmosphere to the bathroom. The PVD technology ensures exceptional scratch resistance, keeping the faucet looking like new for many years. Furthermore, the surface is easy to clean, fingerprint-resistant, and resistant to limescale deposits.
The flush-mounted installation ensures an aesthetic bathroom design
The main advantages of concealed installation are an aesthetic appearance, easier cleaning of the bathroom, and the concealment of unsightly installation components, thus protecting them from mechanical damage. This solution is particularly suitable for small bathrooms where every inch counts. After installing a concealed system, only the decorative surface-mounted elements remain visible, making the bathroom functional, stylish, and perfectly in line with the modern minimalist trend.
The coating is applied using a PVD process.
Deante products feature colored finishes applied using advanced PVD (Physical Vapor Deposition) technology, which combines modern craftsmanship with traditional skills. Each individual component undergoes manual finishing, such as polishing or brushing, before the final color application, making it unique. The PVD method is an innovative coating application technology that enhances both the durability and aesthetics of the fittings. The process is based on a vacuum deposition of titanium or titanium nitride ions, creating an extremely thin yet highly durable layer.