Geometrico

Exclusively pedestrian spaces

Flooring made with vibro-compressed concrete slabs with a high degree of compaction. The Geometrico model from the Pietra line by FAVARO1 is composed of a double layer. The wear layer, having a minimum thickness of 4 mm, is made up of a mixture of quartz aggregates which allows it to have characteristics of high resistance to abrasion, because it gives excellent physical-chemical performance on the walking surface. Thanks to the new generation mixture, the elements have the following additional aesthetic and durability characteristics: • Increases color protection from the effects of time • Increases water repellency • Increases protection against different types of "dirt" • Brilliance of colors resist more tenaciously over time, enhancing the design of the flooring. Physical and mechanical characteristics according to the UNI EN 1339 standard: nominal dimensions 600x600 mm, nominal thickness 50 mm, tolerance on nominal thickness ±3 mm, characteristic bending strength ≥3.5 MPa, minimum bending tensile strength ≥ 3.6 KN, abrasion resistance ≤ 20 mm, average resistance to freezing/thawing in the presence of salts ≤ 1.00 kg/m^2, satisfactory slip/slide resistance. Anti-slip classification R13 according to DIN 51130, anti-slip classification C according to DIN 51097, compliant with the anti-slip requirements referred to in Ministerial Decree 14/06/1989 n.236 for external flooring. Environmental sustainability characteristics: absence of asbestos, addition of titanium dioxide (only for white-based colours): this is a new class of materials produced with BIOTANIO®, the latest generation mixture studied in our laboratories is capable of reducing organic compounds (dirt, pollution deposits and microorganisms) that can deposit on the product. BIOTANIO® makes the products self-cleaning and antibacterial. Content of recycled materials CAM EDILIZIA (Decree of 23-06-2022) ≥10.5%, solar reflectance index SRI (for gray material or white-based colours) according to ASTM E1980 ≥29. Installed according to the reference methods indicated by the UNI 11241 standard and on the basis of the indications of the "Catalogue for the sizing of pavements in urban areas" published by Assobeton, 2005.