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Navona Rustic
About
Material Type: Travertine
Origin: Italy ((Provincia di Roma, Lazio))
Priamry Color(s): Beige
Recommended Usage:Wall and floor applications, countertops, mosaic, fountains, pool and wall capping, stairs, window sills
Additional Names:Travertino Navona Rustic,Navona Rustic Travertine,Rustic Navona Travertine
Finished Surface:Honed, Aged, Polished, Sawn Cut, Sanded, Rockfaced, Sandblasted, Bushhammered, Tumbled
Testing
Water Absorption:0.89 %
Density:2475 kg/m3
Compressive Strength:90.70 MPa
Description

Petrographic definition: vacuolar limestone
Unit Volume: 2475 Kg/m3
Water absorption: 0.89 %
Compression breaking load Simple: 90.7 MPa
Compression breaking load after freezing: 81.7 MPa
Indirect Tensile Strength by bending: 12,5 MPa
Coefficient corresponding Abrasion (referred to Granite St. Fedelino): 0.38
Impact resistance: minimum fall height: 36 cm
Coefficient of linear thermal expansion: 4.6 x 10-5 0C-1
Knoop microhardness: 1305 MPa
non-uniformity index of hardness: 1.2
Source: Università di Pisa - Politecnico di Torino

Navona Rustic

Beige- Travertine

Italy
Item Details
Quarry Location: (Provincia di Roma, Lazio)
Recommended Usage: Wall and floor applications, countertops, mosaic, fountains, pool and wall capping, stairs, window sills
Additional Names: Travertino Navona Rustic,Navona Rustic Travertine,Rustic Navona Travertine
Finished Surface: Honed, Aged, Polished, Sawn Cut, Sanded, Rockfaced, Sandblasted, Bushhammered, Tumbled
Water Absorption: 0.89 %
Density: 2475 kg/m3
Compressive Strength: 90.70 MPa
Description

Petrographic definition: vacuolar limestone
Unit Volume: 2475 Kg/m3
Water absorption: 0.89 %
Compression breaking load Simple: 90.7 MPa
Compression breaking load after freezing: 81.7 MPa
Indirect Tensile Strength by bending: 12,5 MPa
Coefficient corresponding Abrasion (referred to Granite St. Fedelino): 0.38
Impact resistance: minimum fall height: 36 cm
Coefficient of linear thermal expansion: 4.6 x 10-5 0C-1
Knoop microhardness: 1305 MPa
non-uniformity index of hardness: 1.2
Source: Università di Pisa - Politecnico di Torino