In contemporary design, surfaces have evolved from simple finishes into holistic solutions that combine design language, function and responsibility. In this context, Italian ceramics have established themselves as a comprehensive toolkit for designers worldwide

The CCS4CER project: prospects and results in promoting circularity within the ceramic industry

Dry installation is a ceramic tile installation method used for laying modular elements without the need for screed, mortar or adhesives. It is used for interlocking indoor tiles and exterior pavers on grass, gravel or sand. The technique has gained in popularity in recent years and also brings benefits in terms of environmental sustainability.

Tariffs and uncertainty weigh on ceramic tile consumption

The Mediterranean house serves as a model in the search for new forms of circular economy in the construction industry by responding to the challenge of climate change while drawing from the architectural tradition. This type of dwelling is closely linked to the characteristics of the local area and is traditionally constructed with extensive use of Italian ceramic products and locally sourced materials.

The Italian ceramic tile industry has the necessary tools to improve the well-being and quality of life of its workers. This is confirmed by a survey conducted by Focus Lab,...

The overall picture is one of modest consolidation, but with differing momentum between countries

By implementing the recommendations of the “Guide to CE Marking” drawn up through a constructive dialogue between the Emilia-Romagna regional government, the Modena and Reggio Emilia local health authorities, the trade unions and ceramic industry employers, the Italian ceramic tile industry meets the requirements of the European Machinery Directive.

At Cersaie 2025, the architecture magazine Domus hosted a conversation with landscape architect Margherita Brianza on the relationship between built space and landscape, with a particular focus on workplaces

Recent fires in high-rise buildings have demonstrated that combustible façade materials and vertical air cavities can greatly accelerate fire spread, leading to toxic fume emissions and loss of life. These events highlight the urgent need for stricter design criteria, materials with higher reaction-to-fire classes and targeted safety measures