Black Marble, Green Marble, Red Marble
Black Marble, Green Marble, Red Marble
Analysis Test Name | : | Chemical Analysis of CaO, SiO2,Al2O3,Fe2O3,MgO in Natural Stones | ||||||
Analysis Test Code | : | 35-30-AA-30 | ||||||
Analysis Test Method | : | TS EN 15309 |
Barcode | Name Of Sample | Al2O3 % | CaO % | Fe2O3 % | MgO % | SiO2 % |
17-H-000730 | BLACK SWAP | 0.57 | 53.83 | 0.20 | 0.41 | 2.14 |
The Analysis / Test Name | : | Determination Of the Pre technological Analysis |
Test Name | Result | ||
Cutting Stone Slab | Good | ||
Cutting Edge, Corner | Good | ||
Polishing Capabilitiy | Getting polished |
The Analysis / Test Name | : | Determination Of the Hardnes |
Test Name | Result | ||
Hardness (Mohs) | 4 |
The Analysis / Test Name | : | Real Density, Apparent Density, Open Porosity and Total Porosity |
The Original Condition Of The Sample | As a Stone | ||||
The Drying Temperature of Sample © | 110 | ||||
Weight of the Sample(g) | 5,54 | ||||
Volume of the Sample (cm3) | 2,04 | ||||
Real Density (g/cm3 ) ( ASTM D5550-06) | 2,71 |
Analysis Test Name | : | Petrographic Analysis for Marble Group Natural Stones | |||||
Analysis Test Method | : | TS EN 12407 | |||||
MACROSCOBI DESCRIPTION | |||||||
Color | : | Very Light Gray b ( According to N8 - Geologic Rock-Color Chart (2009) | |||||
Texture | : | Massive | |||||
Grain Size | : | Fine Grained | |||||
Fractures | : | They compose of the thickness, their iner are filled with secondary (carbonate) mineral fillings |
MICROSCOBIC DESCRIPTION | |||||||
Thin section made date | Number of this section | Thin section size (mm) | |||||
23.02.2017 | 1 | 28x48 | |||||
Texture | : | Microcrystalline | |||||||||
Composition | : | ||||||||||
Carbonate minerals | : | with 100% ration, fine grained, xsenomorphic-hypidiomorphic, isometric, homogenously distributed isotropic. | |||||||||
Discontinuousity | : | ||||||||||
Filled Cracks and Veins | : | They vary between 0.16-1,2mm widthes, various lengths, their insides were filled with secondary carbonate (micro-mesocrystalline) minerals, homogeneously distributed; very little ratio of them are as stylolite shapes filled with opaques, their distribution are heterogeneous. | |||||||||
Explanations | : | According to their chemical analysis results , for example they are composed of 98.11% of calcite and 1.89% of dolomite minerals. | |||||||||
Being undergone the structural forces, the rock retains oftenly a breccia figure, with filled cracks of developed varios widths |