Bidet mixer Silia, white BQS_A30M

Bidet tap Silia – a combination of elegance and functionality

The Silia bidet tap from the Silia collection is a proposal for those who appreciate classics in a modern edition. Made of high-quality brass and coated with a matte, white bianco coating, it is an aesthetic complement to any bathroom. The characteristic shape based on gentle arcs gives it a streamlined and rounded design, fitting into various arrangements – from minimalist to Art Deco style.

The Silia tap is not only appearance but also comfort of use. The movable spout allows for precise directing of the water stream, and the aerator provides a soft and delicate stream, while reducing water consumption. The flow class Z (4-9 l/min) guarantees optimal water resource management without sacrificing comfort.

Construction and installation – well-thought-out solutions

The tap is single-lever and mixer, which makes it easy to regulate the water temperature and flow rate. Standing mounting ensures stability and solid construction. The set includes connection hoses with a length of 450 mm with 3/8'' and M10 threads, which facilitates installation. The mounting sleeve further streamlines the installation process, and the 25 mm ceramic head provides smooth and reliable operation of the tap for a long time.

Durability and ease of maintenance

The brass body of the tap guarantees durability and corrosion resistance. The bianco coating not only gives the tap an elegant look but also makes it easy to keep clean – fingerprints do not remain on the surface, and deposits can be easily removed with a soft cloth. In addition, Deante brand offers a special preparation for cleaning fittings in bianco color, which will help keep it in perfect condition for a long time.

• The total height of the tap is 164 mm, and the spout reach is 120 mm – ideal proportions for most bidet basins.
• Acoustic group I (below 20 dB) ensures quiet operation of the tap, which increases comfort of use.
• Silicone aerator M22 improves the quality of the water stream and reduces its consumption.