7
Product
Mosaic collection in steel and brass on a red two-component
polyurethane resin support which identifies the Sicis Metallismo
product, the outcome of a patented advanced and technological
process.
Laboratory tests (on resistance to separation) have proved the perfect
and long-lasting cohesion between the metal and the red support.
The standard production uses Inox Steel Aisi 304 (thickness 6/10).
Other characteristics specific to this product are shown in the non-
oxidisation of its steel surface, in its resistance to scratching and to
staining, as well as in its lightness and flexibility.
The collection is composed of six differnt formats for seven different
surface types.
Possible Aesthetic Enrichment
Infinite. The section dedicated to decoration speaks for itself, numerous
combinations simply linking together different formats with different
finishes.
Applications
Horizontal and vertical decoration of public offices and every type of
private development: commercial areas, even those heavily trafficked;
residential buildings of every form; hotel and tourist structures.
For applications in the Aquatic and Swimming Pool sector there is available
upon request the high-tech range (Inox Aisi 316) resistant to the possible
attack of corrosive agents, inevitably present in these sectors.
For applications on heating cement backing surfaces please contact
us before any use.
Size and Weight
*tesserae thickness
4mm
*Pre-assemblage
Mounted on fibre-glass mesh
*Joints pre-assemblage
2mm
*Weight per m2
8kg average
• Tesserae format
different for every
• Sheet format pre-assemblage
tesserae format
• Number of sheets per m2
refer to
• m2 per box
packing card
Maintenance
To clean the mosaic use either specific products for steel surfaces or normal
commercial detergents for hard surfaces, free of HCI.
Completely avoid alkaline detergents, too much water, domestic abrasives
such as coarse sponges, pumices, wire wool etc.
Technical Data from Laboratory Tests
(Istituto Giordano, Bellaria, Italy - May 2002
Centro Ceramico, Bologna, Italy - February 2001, May 2002)
Coefficient of linear thermal expansion
(UNI EN 103-92)
to 10-6 °C From 11.9 to 14.3
Definition of resistance to dynamic impact and to rolling
(CSTB 3243 #7.8/2000, annex 6)
Fixed using Latapoxy 300 and
sealant Latapoxy SP100/ Laticrete
Resistant
Definition of chemical resistance
(ISO 10545/13.8)
(possible alterations with HCI) Resistant
Definition of stain resistance
(CCB T 040193/R.S.UGL.)
Resistant (class 6)
Definition of stain resistance after simple and chemical
abrasive action
Abrasion (UNI EN 154)
PEI IV
Abrasion (ISO 10545/7)
PEI 5
Stains (CCB T/Re.C.A. 010696)
Resistant (class 6)
Cleaning with normal commercial
detergents for hard surfaces, free of HCI
Definition of slip resistance
(DIN 51130)
R9
Definition of the coefficient of slipperiness
(B.C.R.REP.CEC.6/81)
Rubber on wet surface
0.44
Rubber on dry surface
0.51
Definition of the coefficient of static friction
(ASTM C 1028/96)
Wet surface
0.54
Dry surface
0.79
Resistance to insulation
(UNI EN 1348/97-8)
Fixed with adhesive Latapoxy 300 and
sealant Latapoxy SP100/Laticrete
� > 109
Resistance to separation
(UNI EN 1348/97 #8.2 8.3 8.4 8.5)
Fixed with adhesive Latapoxy 300 and
sealant Latapoxy SP100/Laticrete
N/mm2
2.5
Assessment of the fire reactivity class
(UNI 8457 and 8457/A1 - UNI 9174 and 9174/A1 - UNI 9177)Class 1
Assessment, in case of fire, of the toxicity of gases in a
non-renewed atmosphere
(ATS 1000.001 - Issue 4)
Within established limits
