Qquadro - Modern

“Omnia sunt communia!”, everything belongs to everyone: this is the cry coming from the pages of Q, a novel by Luther Blissett, and reading it I was inspired to design this new series. A name Q, which becomes square to recall the shape of this series, which is defined by analyzing the function it is meant for; a shape which is implemented following the choice of the most suitable technologies; a “purified” shape where any redundant component was abolished; a shape “Qquadro” results from, the new series of taps by Zazzeri.

All Zazzeri products are manufactured with the utmost respect for the environment

Water Flow Limiter

"The Water Flow Limiter "" is the integrated flow rate reducer that limits the flow of water to 5.5 l / min and makes the water jet softer and more water tight

Hot Water Limiter

Thanks to "The Hot Water Limiter System", the mixer cartridges have the option of adjusting the lever extension by rotating a ring, setting the maximum amount of mixable hot water

Flow Rate Alert System

The mixing cartridges lead to conscious use of the quantity of water supplied thanks to the calibrated movement control lever

Designed by Fabrizio Batoni

Fabrizio Batoni was born, lives and works in Colle Val d’Elsa, situated in the wonderful Chianti hills in the heart of Tuscany. After the graduation in Architecture at the University of  Florence and many different jobs, he tries to open his own studios, characterized by his motto:“always on…”. He defines himself as a curious, colored, eclectic, always attentive person, ready to catch ideas and needs of people are around him. He has a never ending love for XX Century Architecture, the one of big masters, modern movement, Bauhaus and innovation that is still source of inspiration and studies. Every project rise from the care of materials and technologies, but his heart, love and passion are the real motivation that let him compare with the world around him, that let him do this profession that includes design of products, interiors and architecture.  

Progetto: "JK21"