The process of transforming recycled glass into mosaic
The process of recycled-glass mosaic transforms a complex, discarded material into a contemporary surface, combining material research, technology, and the human gesture.
This is not a simple reuse, but a profound transformation of the material, in which every step contributes to defining the final character of the surface. Each phase of the recycled-glass mosaic process helps shape the final character of the surface.
From the recycling of CRT monitors to the process of recycled-glass mosaic
Once discarded, old cathode-ray tube monitors enter a treatment process that allows them to be transformed into an extremely fine glass powder. This highly technical and complex material comes from recovery streams linked to electronic waste and requires careful management.
The issue of recycling cathode-ray tube monitors is also central at an environmental level and is the subject of studies and guidelines by institutional bodies such as the European Environment Agency.
The resulting glass powder is mixed with clay, giving rise to a new material ready to be processed. The final result is a surface that originates from a recycled-glass mosaic production process and becomes an active part of architecture, capable of dialoguing with light, time, and space.
From powder to form: production of recycled-glass mosaic
The resulting material is then manually formed using the raclatura technique. This step is essential: it is here that the mosaic begins to take shape, maintaining a controlled variability that makes each surface slightly different from the others.
After forming, the pieces dry slowly in a natural, gradual way. This phase allows the material to stabilize before firing, preventing tension and ensuring structural consistency.
Forming, firing, and stabilization
After drying, the kiln completes the firing of the pieces and consolidates the material. Firing is a decisive stage in the process: it is here that the material solidifies, the glass and clay integrate, and the surface acquires its final consistency.
During this phase, the following are defined:
mechanical strength
chromatic depth
the behavior of the surface in relation to light
The result is a stable, compact, and durable tile, ready to be used as an architectural element.
Assembly in the production process of recycled-glass mosaic
Technology supports the assembly of the tiles, ensuring precision, continuity, and stability of the final surface. This step allows the mosaic to behave as a single surface, coherent and reliable over time.
Technology is always accompanied by manual finishing, essential for controlling the final result and preserving the material character of the mosaic. Technology and craftsmanship are not in opposition; they work together to build a contemporary surface.
A process that defines contemporary mosaic
This production process is not just a technical sequence, but an integral part of what we today define as contemporary mosaic. A surface that originates from recovery, passes through material transformation, and becomes a design language.
The final result is a mosaic that does not merely cover a space, but becomes an active part of it, capable of dialoguing with light, time, and architecture.
