CARRARA
ROMA
LA SPEZIA
Compression tensile strength: 1862 kg/cm2 Tensile strength after freeze-thaw cycles: 1597 kg/cm2 Unitary modulus of bending tensile strength: 104 kg/cm2 Heat expansion coefficient: 0,0050 mm/m°C Water imbibition coefficient: 0,007400 Impact strength: 25 cm Mass by unit of volume: 2712 kg/m3
APRICENA
Compression tensile strength: 2060 kg/cm2 Tensile strength after freeze-thaw cycles: 1879 kg/cm2 Unitary modulus of bending tensile strength: 155 kg/cm2 Heat expansion coefficient: 0,0040 mm/m°C Impact strength: 26 cm Mass by unit of volume: 2670 kg/m3
Compression tensile strength: 2060 kg/cm2 Tensile strength after freeze-thaw cycles: 1879 kg/cm2 Unitary modulus of bending tensile strength: 155 kg/cm2 Heat expansion coefficient: 0,0040 mm/m°C Impact strength: 26 cm Mass by unit of volume: 2670 kg/m3
Compression tensile strength: 1340 kg/cm2 Tensile strength after freeze-thaw cycles: 1344 kg/cm2 Unitary modulus of bending tensile strength: 125 kg/cm2 Heat expansion coefficient: 0,0045 mm/m°C Impact strength: 22 cm Mass by unit of volume: 2669 kg/m3
Compression tensile strength: 1975 kg/cm2 Tensile strength after freeze-thaw cycles: 1930 kg/cm2 Unitary modulus of bending tensile strength: 165 kg/cm2 Heat expansion coefficient: 0,0043 mm/m°C Water imbibition coefficient: 0,002000 Impact strength: 15 cm Mass by unit of volume: 2665 kg/m3
Compression tensile strength: 1975 kg/cm2 Tensile strength after freeze-thaw cycles: 1930 kg/cm2 Unitary modulus of bending tensile strength: 165 kg/cm2 Heat expansion coefficient: 0,0043 mm/m°C Water imbibition coefficient: 0,002000 Impact strength: 15 cm Mass by unit of volume: 2665 kg/m3
Compression tensile strength: 1975 kg/cm2 Tensile strength after freeze-thaw cycles: 1930 kg/cm2 Unitary modulus of bending tensile strength: 165 kg/cm2 Heat expansion coefficient: 0,0043 mm/m°C Water imbibition coefficient: 0,002000 Impact strength: 15 cm Mass by unit of volume: 2665 kg/m3
Compression tensile strength: 1975 kg/cm2 Tensile strength after freeze-thaw cycles: 1930 kg/cm2 Unitary modulus of bending tensile strength: 165 kg/cm2 Heat expansion coefficient: 0,0043 mm/m°C Water imbibition coefficient: 0,002000 Impact strength: 15 cm Mass by unit of volume: 2665 kg/m3
Compression tensile strength: 1975 kg/cm2 Tensile strength after freeze-thaw cycles: 1930 kg/cm2 Unitary modulus of bending tensile strength: 165 kg/cm2 Heat expansion coefficient: 0,0043 mm/m°C Water imbibition coefficient: 0,002000 Impact strength: 15 cm Mass by unit of volume: 2665 kg/m3
IRAN
OTHER MATERIALS
Compression tensile strength: 3011 kg/cm2 Tensile strength after freeze-thaw cycles: 2636 kg/cm2 Unitary modulus of bending tensile strength: 280 kg/cm2 Water imbibition coefficient: 0,000100 Impact strength: 69 cm Mass by unit of volume: 2989 kg/m3
Compression tensile strength: 1115 kg/cm2 Tensile strength after freeze-thaw cycles: 1146 kg/cm2 Unitary modulus of bending tensile strength: 137 kg/cm2 Heat expansion coefficient: 0,0048 mm/m°C Water imbibition coefficient: 0,008000 Impact strength: 44 cm Frictional wear: 0,65 mm Mass by unit of volume: 2687 kg/m3
Compression tensile strength: 950 kg/cm2 Tensile strength after freeze-thaw cycles: 740 kg/cm2 Unitary modulus of bending tensile strength: 154 kg/cm2 Water imbibition coefficient: 0,000500 Impact strength: 50 cm Frictional wear: 8 mm Mass by unit of volume: 2715 kg/m3
Compression tensile strength: 1624 kg/cm2 Tensile strength after freeze-thaw cycles: 1685 kg/cm2 Unitary modulus of bending tensile strength: 102 kg/cm2 Water imbibition coefficient: 0,002000 Impact strength: 34 cm Mass by unit of volume: 2700 kg/m3
Compression tensile strength: 1580 kg/cm2 Tensile strength after freeze-thaw cycles: 1584 kg/cm2 Unitary modulus of bending tensile strength: 210 kg/cm2 Water imbibition coefficient: 0,004000 Impact strength: 35 cm Frictional wear: 1,90 Mass by unit of volume: 2702 kg/m3
Compression tensile strength: 629 kg/cm2 Tensile strength after freeze-thaw cycles: 512 kg/cm2 Unitary modulus of bending tensile strength: 137 kg/cm2 Heat expansion coefficient: 0,0028 mm/m°C Water imbibition coefficient: 0,001700 Impact strength: 38 cm Mass by unit of volume: 2690 kg/m3
Compression tensile strength: 950 kg/cm2 Tensile strength after freeze-thaw cycles: 750 kg/cm2 Unitary modulus of bending tensile strength: 95 kg/cm2 Heat expansion coefficient: 0,0056 mm/m°C Water imbibition coefficient: 0,005700 Impact strength: 52 cm Mass by unit of volume: 2730 kg/m3
Compression tensile strength: 1475 kg/cm2 Tensile strength after freeze-thaw cycles: 1356 kg/cm2 Unitary modulus of bending tensile strength: 125 kg/cm2 Heat expansion coefficient: 0,0049 mm/m°C Water imbibition coefficient: 0,002600 Impact strength: 46 cm Frictional wear: 3,70 mm Mass by unit of volume: 2725 kg/m3
Compression tensile strength: 1385 kg/cm2 Tensile strength after freeze-thaw cycles: 1255 kg/cm2 Unitary modulus of bending tensile strength: 215 kg/cm2 Heat expansion coefficient: 0,0045 mm/m°C Water imbibition coefficient: 0,001200 Impact strength: 50 cm Frictional wear: 31 mm Mass by unit of volume: 2693 kg/m3
Compression tensile strength: 1385 kg/cm2 Tensile strength after freeze-thaw cycles: 1255 kg/cm2 Unitary modulus of bending tensile strength: 215 kg/cm2 Heat expansion coefficient: 0,0045 mm/m°C Water imbibition coefficient: 0,001200 Impact strength: 50 cm Frictional wear: 31 mm Mass by unit of volume: 2693 kg/m3
Compression tensile strength: 1439 kg/cm2 Tensile strength after freeze-thaw cycles: 1322 kg/cm2 Unitary modulus of bending tensile strength: 163 kg/cm2 Heat expansion coefficient: 0,0048 mm/m°C Water imbibition coefficient: 0,002100 Impact strength: 57 cm Mass by unit of volume: 2682 kg/m3
Compression tensile strength: 1209 kg/cm2 Tensile strength after freeze-thaw cycles: 1181 kg/cm2 Unitary modulus of bending tensile strength: 202 kg/cm2 Heat expansion coefficient: 0,0072 mm/m°C Water imbibition coefficient: 0,001600 Impact strength: 75 cm Frictional wear: 1,12 mm Mass by unit of volume: 2700 kg/m3
Compression tensile strength: 1334 kg/cm2 Tensile strength after freeze-thaw cycles: 1300 kg/cm2 Unitary modulus of bending tensile strength: 202 kg/cm2 Heat expansion coefficient: 0,0063 mm/m°C Water imbibition coefficient: 0,000115 Impact strength: 56 cm Frictional wear: 0,58 mm Mass by unit of volume: 2711 kg/m3
Compression tensile strength: 1309 kg/cm2 Tensile strength after freeze-thaw cycles: 1144 kg/cm2 Unitary modulus of bending tensile strength: 202 kg/cm2 Heat expansion coefficient: 0,0055 mm/m°C Water imbibition coefficient: 0,001800 Impact strength: 72 cm Frictional wear: 1,12 mm Mass by unit of volume: 2550 kg/m3
Compression tensile strength: 1426 kg/cm2 Tensile strength after freeze-thaw cycles: 1338 kg/cm2 Unitary modulus of bending tensile strength: 192 kg/cm2 Heat expansion coefficient: 0,0052 mm/m°C Water imbibition coefficient: 0,002400 Impact strength: 82 cm Frictional wear: 3,64 mm Mass by unit of volume: 2680 kg/m3
Compression tensile strength: 1287 kg/cm2 Tensile strength after freeze-thaw cycles: 1128 kg/cm2 Unitary modulus of bending tensile strength: 182 kg/cm2 Heat expansion coefficient: 0,0061 mm/m°C Water imbibition coefficient: 0,002000 Impact strength: 82,50 cm Frictional wear: 5,78 mm Mass by unit of volume: 2961 kg/m3
Compression tensile strength: 1550 kg/cm2 Tensile strength after freeze-thaw cycles: 1430 kg/cm2 Unitary modulus of bending tensile strength: 176 kg/cm2 Heat expansion coefficient: 0,0085 mm/m°C Water imbibition coefficient: 0,002300 Impact strength: 60 cm Mass by unit of volume: 2698 kg/m3
Compression tensile strength: 1280 kg/cm2 Tensile strength after freeze-thaw cycles: 1243 kg/cm2 Unitary modulus of bending tensile strength: 125 kg/cm2 Heat expansion coefficient: 0,0039 mm/m°C Water imbibition coefficient: 0,002100 Impact strength: 36 cm Frictional wear: 0,58 mm Mass by unit of volume: 2313 kg/m3
Compression tensile strength: 1118 kg/cm2 Tensile strength after freeze-thaw cycles: 1335 kg/cm2 Unitary modulus of bending tensile strength: 235 kg/cm2 Heat expansion coefficient: 0,0052 mm/m°C Water imbibition coefficient: 0,002400 Impact strength: 61.30 cm Frictional wear: 3,64 mm Mass by unit of volume: 2680 kg/m3
Compression tensile strength: 1173 kg/cm2 Tensile strength after freeze-thaw cycles: 1097 kg/cm2 Unitary modulus of bending tensile strength: 112 kg/cm2 Heat expansion coefficient: 0,0027 mm/m°C Water imbibition coefficient: 0,003300 Impact strength: 61 cm Frictional wear: 5,79 mm Mass by unit of volume: 2663 kg/m3
Compression tensile strength: 1426 kg/cm2 Tensile strength after freeze-thaw cycles: 1338 kg/cm2 Unitary modulus of bending tensile strength: 192 kg/cm2 Heat expansion coefficient: 0,0052 mm/m°C Water imbibition coefficient: 0,002400 Impact strength: 82 cm Frictional wear: 3,64 mm Mass by unit of volume: 2680 kg/m3
Weight per unit volume: 2450 Kg./m3 Tensile strength in simple compression: 1110 Kg./cm2 Flexural strength: 145 Kg./cm2 Imbibition coefficient: 0.75%
Weight per unit volume: 2450 Kg./m3 Tensile strength in simple compression: 1110 Kg./cm2 Flexural strength: 145 Kg./cm2 Imbibition coefficient: 0.75%
Weight per unit volume: 2450 Kg./m3 Tensile strength in simple compression: 1110 Kg./cm2 Flexural strength: 145 Kg./cm2 Imbibition coefficient: 0.75%
Weight per unit volume: 2480 Kg./m3 Tensile strength in simple compression: 1140 Kg./cm2 Flexural strength: 155 Kg./cm2 Imbibition coefficient: 0.75%
Compression tensile strength: 1153 kg/cm2 Tensile strength after freeze-thaw cycles: 1132 kg/cm2 Unitary modulus of bending tensile strength: 148 kg/cm Heat expansion coefficient: 0,0060 mm/m°C Impact strength:29 cm Frictional wear: 1,80 mm Mass by unit of volume: 2437 kg/m3
Marroc
