Drain Block

Draining floor

In detailDiscover Drain Block colors

Black

Grey

Sizes

210 x 103 mm (214 x 107 mm con distanziale)

Thickness

80 mm

Pluses

Quartz

FEATURESDrain BlockDraining floor

Drain Block: the draining floor that absorbs water through an innovative joint The Drain Block is a draining floor designed to efficiently manage the flow of water. Thanks to a joint created by an increased spacer, this floor offers a high-performance solution for water drainage. With dimensions of 210x103mm and a thickness of 80mm (counting the 214x107mm spacer), the Drain Block ensures a robust and resistant surface, ideal for a variety of applications. The distinctive feature of the Drain Block lies in its ability to absorb water through the leak created by the spacer. This intelligent design allows water to drain quickly, preventing pooling and reducing the risk of flooding. Water is effectively absorbed into the floor, allowing you to keep the surrounding area dry and safe. In addition to its draining performance, the Drain Block also offers exceptional resistance and an attractive aesthetic appearance. Its solid and durable structure guarantees long life, while its modern design adapts perfectly to any environment. Whether it is a pedestrian area, a courtyard or a commercial area, the Drain Block integrates harmoniously, offering a functional and aesthetically pleasing solution. In summary, the Drain Block is the ideal draining floor to manage water efficiently, thanks to its innovative joint created by an increased spacer. With its dimensions of 210x103mm and a thickness of 80mm (counting the 214x107mm spacer), it offers a resistant, aesthetically pleasing and high-performance solution for any environment.

Drain Block

Technical specifications

Dimensions and packaging

210x103 sp80mm

Mq/pallet: 9,88mq
Kg/pallet: 1700 kg
Kg/mq: 172Kg

Class 3A driveability

Urban or similar roads subject to a maximum traffic of 500 vehicles per day and in each direction of traffic, excluding heavy or occasional traffic

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

Item Specification

Flooring made with vibro-compressed concrete blocks, DRAIN BLOCK SPIGOLO VIVO model by FAVARO1 in double layer with wear layer having a minimum thickness of 4 mm, with increased spacers. It 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. Physical and mechanical characteristics according to the UNI EN 1338 standard: nominal dimensions 210x103 mm excluding spacers, nominal thickness 80 mm, tolerance on nominal thickness ±3 mm, characteristic indirect tensile strength for shear ≥3.6 MPa, minimum tensile strength for shear ≥ 250 N/mm, abrasion resistance ≤ 20 mm, water absorption ≤ 6%, average freeze/thaw resistance in the presence of salts ≤ 1.00 kg/m^2, satisfactory slip/slide resistance. Complies with the anti-slip requirements referred to in Ministerial Decree 06/14/1989 n.236 for external flooring. Environmental sustainability characteristics: absence of asbestos, content of recycled materials CAM EDILIZIA (Decree of 23-06-2022) ≥10.8%, solar reflectance index SRI (for gray material or white-based colours) according to ASTM E1980 ≥29 , percentage of voids on the surface in place 5% capable of disposing of 100% of the maximum project rainfall levels throughout the national territory. 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 clogging the joints, the bedding layer and the ballast and their compaction conditions must in any case guarantee, in addition to the necessary load-bearing capacity, also permeability coefficients even in the long term 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 project rainfall.

Extraordinary cleaning and maintenance

Technical area