Hardness Mohs 3,5 - 4 Mohs
Hardness Shore 53 Mohs
Density 2,69 gr/cm²
Water Absorbition by weight 0,7 %
Prosity 1,86 %
Tensile Strength 94,5 Mpa - 945 Kgf/cm²
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Tensile Strength after freezon 77,52 Mpa - 775 Kgf/cm²
Drawing Strength 8,54 Mpa - 85 Kgf/cm²
Bending Strength 13,50 Mpa - 135 Kgf/cm²
Impact Strength 1,2 Mpa - 12 Kgf/cm²
Young Moduls 19,7 Gpa
Böhme (SIC) 31,00 cm/50cm²
Böhme (Konund) 23,20 cm/50cm²

1 x 30,5 x 30,5 - Yes
1,2 x 45,7 x 45,7 - Yes
2x30x30 - Yes
2x30x60 - Yes
2x40x40 - Yes
2x40x60 - Yes
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2x60x60 - Yes
3X30x60 - Yes
3x40x40 - Yes
2cm Slab - Yes
3cm slab - Yes
Riser - Yes
step - Yes

Hardness Mohs 3 - 4 Mohs
Hardness Shore 60 Mohs
Density 2,69 gr/cm²
Water Absorbition by weight 0,08 %
Prosity 0,2 %
Tensile Strength 138,4 Mpa - 1348 Kgf/cm²
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Tensile Strength after freezon 103,98 Mpa - 1040 Kgf/cm²
Drawing Strength 11,45 Mpa - 115 Kgf/cm²
Bending Strength 34,15 Mpa - 342 Kgf/cm²
Impact Strength 2 Mpa - 20 Kgf/cm²
Youngs Moduls 14,3 Gpa
Böhme (SIC) 22,20 cm/50cm²
Böhme (Korund) 17 cm/5Ocm²

Stiffness (Mohs) 3-4
Unit Volume:
Specific Bulk Density (gr/cm³) 2,70
Specific Gravity (gr/cm³) 2,72
Water Absorption At Atmosphere Pressure:
In Weight (%) 0,09
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In Volume (%) 0,25
Water Absorption In Superheated Water:
In Weight (%) 0,10
In Volume (%) 0,26
Porodity(%) 0,25
Pressure Resistance (kgf / cm ²) 849
Pressure Resistance After Frost(kgf / cm ²) 827
Impact Resistance (kgf.cm / cm ³) 243
Bending Rigidity (kgf / cm ²) 12
Modulus of Elasticity (kgf / cm ²) 186000
Compactness Ratio (%) 99,66
Degree of Porosity
Average Abrasion Resistance (cm³ / 50 cm²) 48
Average Traction Resistance (kgf / cm²) 17,5
Chemical Analysis:
SiO² (%) 1,63
Fe²O3 (%) 0,67
CaO (%) 53,48
MgO (%) 0,46

Stiffness (Mohs) 3-4
Unit Volume:
Specific Bulk Density (gr/cm³) 2,70
Specific Gravity (gr/cm³) 2,72
Water Absorption At Atmosphere Pressure:
In Weight (%) 0,09
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In Volume (%) 0,25
Water Absorption In Superheated Water:
In Weight (%) 0,10
In Volume (%) 0,26
Porodity(%) 0,25
Pressure Resistance (kgf / cm ²) 849
Pressure Resistance After Frost(kgf / cm ²) 827
Impact Resistance (kgf.cm / cm ³) 243
Bending Rigidity (kgf / cm ²) 12
Modulus of Elasticity (kgf / cm ²) 186000
Compactness Ratio (%) 99,66
Degree of Porosity
Average Abrasion Resistance (cm³ / 50 cm²) 48
Average Traction Resistance (kgf / cm²) 17,5
Chemical Analysis:
SiO² (%) 1,63
Fe²O3 (%) 0,67
CaO (%) 53,48
MgO (%) 0,46

Hardness: 3-4 Mohs
Unit Volume Weight: 2.68 g / cm ³
Specific Gravity: 2.70 g / cm ³
Water absorption (by weight): 0.2%
Porosity: 0.5%
Free Compressive Strength: 1,665 kg / cm ²
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Free Compressive Strength After Freezing: 1,335 kg / cm ²
Tensile Strength: 744 kg / cm ²
Abrasion Resistance: 14:49 cm ³ / 50cm ³
Sİ0 ² 0.1%
Fe ² O ³% <0.10
55.25% Ca0
00:20% Mg0

Hardness (mohs) 4
Unit Volume Weight (gr/cm3) 2.50
Density (gr/cm3) 2.72
Atmospheric Pressure Water Absorption (wt%) 1.0 (Vol%) 2.3
Boiling Water Absorption (wt%) 1.2 (Vol%) 3.0
Porosity (%) 2.3
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Compressive Strength (Kgf/cm2) 570
Compressive strength after freezing (Kgf/cm2) 582
Impact Resistance (Kgf/cm/cm3) 11
Bending Strength (Kgf/cm2) 108
Modulus of Elasticity (Kgf/cm2) 5.38 x104
Occupancy Rate (%) 91.9
Degree of Pores (%) 8.1
Average Abrasion Strength (cm3/50 cm2) 28.7
Average Tensile Strength (Kgf/cm2) 41
Chemical Analysis%
SiO2 0.26
Fe2O3 0.32
CaO 54.55
MgO 0.31

Physical Features
Hardness (Mohs): 3
Weight (gr/cm3): 2.71
Density (gr/cm3): 2.73
Amount of Water Absorption at atmospheric pressure:
Weight (%): 0.2
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Volume (%): 0.5
Porosity (%): 0.5
Compressive Strength (kgf/cm2): 1053
Compressive strength after freezing (kgf/cm2): 890
Average Abrasion Strength (cm3/50cm2): 28.5
Average Modulus of Elasticity x 100 000 (kgf/cm2): 14:22
Chemical Analysis (%)
SiO2: 0.16
Fe2O3: 0.18
CaO: 51.69
MgO: 2.84