Garden
Draining concrete grating
Garden is a square-shaped grill made up of hives of various geometric shapes. It is used for both pedestrian areas and parking surfaces. Garden represents an agile, functional and aesthetic flooring system; the elements are in fact almost entirely covered by grass, therefore, the paved areas reserve space for the growth of the turf, while guaranteeing all the resistance of the concrete
Garden
Technical specifications
Dimensions and packaging
500x500 thickness80mm
- Mq/pallet: 10mq
- Kg/pallet: 1140 kg
- Kg/mq: 114Kg
Class 2B driveability
Access roads to subdivisions from 10 to 300 homes. Pedestrian urban streets with access to limited load service and delivery vehicles
Certifications
- CAM
- Solar reflectance index SRI ASTM E1980
- DIN 51130 anti-slip classification
- DIN 51097 anti-slip classification
- Freeze/thaw resistance
- Non-slip flooring DM 14/06/1989 n. 236 par. 8.2.2
- Content of recycled materials DM 11/01/17
Specifications items
Flooring made with vibro-compressed concrete grating elements model GARDEN by FAVARO1. Physical and mechanical characteristics according to the UNI EN 1339 standard, test methods applicable without obligation of CE marking: nominal dimensions 500x500 mm, nominal thickness 95 mm, tolerance on nominal thickness ±3 mm, satisfactory slip/slide resistance. Environmental sustainability characteristics: absence of asbestos, content of recycled materials CAM EDILIZIA (Decree of 06-23-2022)≥10.5%, 27.97% of voids on the surface of the grating in place, capable of disposing of 100% of the maximum precipitation levels of project rainfall throughout the national territory, both new and long-term. Installed according to the methods indicated by the UNI 11241 standard, excluding the granulometric melt of the bedding sand and clogging, on a ballast prepared according to the type of traffic expected and the state of the natural soil on the basis of the indications of the "Catalogue for the sizing of pavements in urban areas" published by Assobeton, 2005: the materials used for the bedding and ballast layer and their compaction conditions must in any case guarantee, in addition to the necessary load-bearing capacity, also long-term permeability coefficients such as to allow the regular filtration of surface water up to the collection level, or for total infiltration into the subsoil, based on the design rainfall.