"Stones hold time. Some are formed by the sudden solidification of magma, like basalt, whose dense structure and dark color result from rapid cooling at the surface. Others, such as granite, are born slowly in deep magmatic chambers, where gradual cooling allows the growth of visible crystals, creating unique patterns and colors. There are also sedimentary rocks, formed by the compaction of mineral and organic debris over millions of years, with tones that reflect their chemical composition and the environment in which they were deposited."
"Transforming this geological diversity into a single continuous surface, terrazzo is a cementitious or mineral composite in which fragments of marble, granite, quartz, basalt, and other lithologies are embedded in a binding matrix, then polished to reveal the structure and luster of each particle. Unlike a homogeneous surface, terrazzo acts as a mineralogical showcase, where each aggregate retains its identity while contributing to a coherent whole, which can become a floor, wall cladding, or even furnitures."
"Originating in northern Italy during the Renaissance, this technique has evolved over the centuries to incorporate industrial solutions of high precision and performance. In its contemporary application, systems such as PANDOMO Terrazzo Omnia allow for exact control over the color palette and aggregate granulometry - ranging from micro-terrazzo to decorative particles of up to 32 mm - while offering flexibility in application thickness, from 10 to 30 mm, or even up to 35 mm in specific configurations."
Terrazzo is a cementitious or mineral composite that embeds fragments of marble, granite, quartz, basalt, and other lithologies in a binding matrix, then is polished to reveal each particle’s structure and luster. Different rock types contribute distinctive colors, textures, and mineralogical character. Terrazzo preserves individual aggregate identity while producing a coherent continuous surface for floors, wall cladding, or furniture. Modern systems like PANDOMO Terrazzo Omnia enable precise control of color and aggregate granulometry, from micro-terrazzo to particles up to 32 mm, and flexible application thicknesses between 10 and 35 mm. Cement-free white mineral binder formulations yield high surface density composites with notable compressive and flexural strength and high abrasion resistance (AR 0.5, DIN EN 13892-4), suitable for large, high-traffic indoor spaces.
Read at ArchDaily
Unable to calculate read time
Collection
[
|
...
]