Resistant to bacteria, mould and fungi
Ceramic does not favour the proliferation of fungi, mould or bacteria
Ceramic does not favour the proliferation of fungi, mould or bacteria.
Some floors do not favour the proliferation of bacteria, mould or fungi… as long as specific cleaning products are used. But ceramic is resistant to bacteria, mould and fungi.
Healthy living spaces are crucial to our quality of life. For this reason, it’s essential to choose surfaces that don’t harbour dirt or are quick and easy to clean. Bacteria, mould and fungi are a health hazard and tend to form in damp environments and on surfaces where they are able to proliferate. But ceramic can be cleaned easily and effectively using normal household cleaning agents, and its inert surfaces do not facilitate the proliferation of fungi, mould or bacteria.
Related topics
Hygienic
Ceramic is a hygienic, odourless material that is easy to clean Read more >
The health benefits of ceramic tiles in different living spaces
Thanks to their strength, scratch resistance, resistance to corrosion and chemicals and durability, ceramic and porcelain tiles are sustainable products that can make a valuable contribution to the maintenance and cost-effective running of fitness and wellness centres. Read more >
Ceramic tiles for healthy buildings and high indoor living quality
One of the most topical issues in architecture today is the need to create spaces that combine appealing aesthetics with high standards of indoor living quality and avoid sick building... Read more >
From ordering to maintenance
A few useful tips for correctly ordering tiles, checking them on arrival, installing them and performing maintenance to ensure that they remain in perfect condition for many years Read more >
The “Ceramics of Italy” mark is reserved exclusively for Italian-made ceramic products
“Made in Italy” is much more than an indication of geographical origin. It enshrines for a set of values recognised the world over, including quality, transparency, leadership in design, innovation and environmental sustainability Read more >