Spigato carrara

Trame di Pietra® is a project based on research, knowledge of the materials and creativity of architects and designers. The goal of the project is proposing an innovative interpretation of classic materials as stone and marble, transforming them into new and contemporary surfaces, three-dimensional effects obtained by a micro-engraving technique for slabs, floor and wall covering on a high variety of sizes and patterns. TEXTURES ON NATURAL STONES Small and simple lines meet the stone and its different tones and create unique surfaces, involving sight, due to light and shade effects, and touch, thanks to the imperfections of the natural material and the texture created. Trame di Pietra matches both the aesthetic and the technical features: the micro-engraving technique makes thesesurfaces suitable not only for wall, but also for floor covering, which represents the main strength of the product. DECORATION ON STONE AND MARBLE Contemporary styles design geometric patterns, like NAO and Vibes, and create three-dimensional effects, like Kubica. The beauty of Canestrato stays in its unique and timeless classical style. New shapes like Archi and Loggos perfectly match the variety of tones of the stone, creating unique movements and rhythm that gives value to the material. The micro-engraving effects create anti-slip floor coverings, suitable for indoor and outdoor applications, such as bathroom, spa and pools. TRAME DI PIETRA: THINK, DESIGN, CREATE. Trame di Pietra is a project still in progress, open to answer to interior design and architecture needs. The key strength is the methodology: research, design and creation of prototypes. Thanks to the high flexibility of the technique and the materials, Trame di Pietra is a product that offers a high variety of opportunities for architects and designers, including customization projects. The dialogue with designers and architects is crucial to face a daily challenge: transform classic materials like stone and marble, without altering their nature of timeless materials.