Surfaces with 100% recycled aggregates, for more sustainable projects
Cosmolite® 100% Recycled is the first surface in the Cosmolite® family by Stone Italiana, the first eco-sustainable material. Its composition consists entirely of a blend of pre-consumer recycled minerals from the stone quarrying industry, raw materials reused within the framework of an innovative and increasingly sustainable production philosophy. The composition and precise blend of recovered aggregates, expertly developed by Stone Italiana’s R&D laboratories, guarantee perfect workability, high hygiene standards, and superior heat resistance. Available in various colors, Cosmolite® 100% Recycled surfaces are ideal for all applications requiring high performance in line with the environmental sensitivity demanded by today’s market.
Cosmolite® 100% Recycled is the first surface in the Cosmolite® family by Stone Italiana, the first eco-sustainable material. Its composition consists entirely of a blend of pre-consumer recycled minerals from the stone quarrying industry, raw materials reused within the framework of an innovative and increasingly sustainable production philosophy. The composition and precise blend of recovered aggregates, expertly developed by Stone Italiana’s R&D laboratories, guarantee perfect workability, high hygiene standards, and superior heat resistance. Available in various colors, Cosmolite® 100% Recycled surfaces are ideal for all applications requiring high performance in line with the environmental sensitivity demanded by today’s market.
This means that the surface aggregates are composed of materials from the stone quarrying industry (recovered and reused)
Yes: Cosmolite® is described as a “New Materia” based on a blend of pre-consumer recycled minerals (“non-quartz” inert materials), designed for a more sustainable production philosophy
It is a surface suitable for the creation of interior cladding, for residential and commercial projects
It is an NSF-certified surface (food contact) and meets all the highest safety standards. Thanks to the new formulation, it resists high temperatures up to 180°C without any aesthetic effect
There are 40 colors available in the Cosmolite 100% Recycled catalog, available in various thicknesses and finishes, in addition to the product customization program that expands the range to infinite color combinations
This means that the surface aggregates are composed of materials from the stone quarrying industry (recovered and reused)
Yes: Cosmolite® is described as a “New Materia” based on a blend of pre-consumer recycled minerals (“non-quartz” inert materials), designed for a more sustainable production philosophy
It is a surface suitable for the creation of interior cladding, for residential and commercial projects
It is an NSF-certified surface (food contact) and meets all the highest safety standards. Thanks to the new formulation, it resists high temperatures up to 180°C without any aesthetic effect
There are 40 colors available in the Cosmolite 100% Recycled catalog, available in various thicknesses and finishes, in addition to the product customization program that expands the range to infinite color combinations
Stone Italiana stands out with 3 distinct finishes. Let’s examine them in detail:
A surface finish that gives the material a matte and uniform effect, both visually and to the touch.
Achieved through mechanical brushing, which enhances the texture and provides a pleasant softness upon contact. The technology used in 2.0 surfaces guarantees maximum protection against liquids, stains, limescale, mold, grease, and contaminants, without altering the surface appearance and minimizing maintenance requirements for the fabricator and end customer.
A surface finish that gives the material a matte and uniform effect, both visually and to the touch.
Achieved through mechanical brushing, which enhances the texture and provides a pleasant softness upon contact. The technology used in 2.0 surfaces guarantees maximum protection against liquids, stains, limescale, mold, grease, and contaminants, without altering the surface appearance and minimizing maintenance requirements for the fabricator and end customer.