XRF ANALYSES |
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The sample is grinded into a powder form with cellulose for 15 minutes until it becomes homogeneous. It is then pressed into a disc shape. It is analyzed, evaluated with XRF instrument using appropriate programs.
Depending on the sample structure, the fusion process could be used instead of pressing.
If the analysis requested for the sample is not suitable for the structure of the sample, the detection of desired elements/compounds and/or existing standards/device programs, it is analyzed with the appropriate one. Analysis/Test Report is prepared according to the Analysis/Test Code corresponding to this analysis. Due to this, prices may vary.
If the results of volatile compounds such as Sulphur, Arsenic and Antimony are above 5% in the sample, or the chemical structure of the sample is not suitable for XRF analysis, the sample is directed to another laboratory in our institution.
(*) This Analysis/Test is accredited by Turkish Accreditation Agency (TÜRKAK) in accordance with TS EN ISO/IEC 17025 Standard.
Analysis/Test Code |
Analysis/Test Name |
Detection Limit |
Method/Explanation |
Service Period (Workday) |
Sample Amount |
Service Fee (Including VAT) |
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Lower |
Upper |
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35-30-AJ-29 |
* Chromium in the ore |
*Cr2O3 (Chromium tri oxide) |
38,97% |
57,80% |
Performed according to the TS EN 15309 Standard (XRF Method) |
7 days |
Pulverized 50 g or not pulverized 0,5 - 2 kg |
480,00 TL /Sample |
*Fe2O3 (Iron tri oxide) |
12,28% |
27,75% |
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35-30-AJ-30 |
*Chemical Analysis in Natural Stones with XRF Device |
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(Marble) (Granite) (Andesite / Basalt) |
(Marble) (Granite) (Andesite / Basalt) |
Performed according to the TS EN 15309 Standard. It is applied to Marble, Granite, Andesite-Basalt samples. |
7 days |
Pulverized 50 g or not pulverized 0,5 - 2 kg |
480,00 TL /Sample |
*CaO (Calcium oxide) |
47,49% 0,09% 4,92% |
56% 3,76% 13,30% |
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*SiO2 (Silicon di oxide) |
0,12% 67,10% 47,96% |
3,08% 76,95% 58,84% |
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*Al2O3 (Aluminium oxide) |
0,01% 10,64% 14,98% |
1,10% 15,52% 16,89% |
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*Fe2O3 (Iron tri oxide) |
0,01% 0,86% 6,12% |
1,97% 4,76% 14,32% |
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*MgO [Manganese (II) oxide] |
0,11% 0,10% 1,61% |
3,63% 1,79% 6,56% |
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35-30-AJ-31 |
Oxides in Silicate, Quartz, Manganese, Magnesium, Iron (Except Pyridic and Metallic), Limestone, Dolomite, Cement and Bauxite Ore |
SiO2 (Silicon di oxide) |
0,1% |
100% |
Semi-Quantitative Analysis |
7 days |
Pulverized 50 g or not pulverized 0,5 - 2 kg |
All for 560,00 TL or 200,00 TL for one parameter, and 50,00 TL for each additional parameter (For one sample) |
Al2O3 (Aluminium oxide) |
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Fe2O3 (Iron tri oxide) |
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CaO (Calcium oxide) |
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MgO (Magnesium oxide) |
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Na2O (Sodium oxide) |
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K2O (Potassium oxide) |
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TiO2 (Titanium di oxide) |
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P2O5 (Di phosphorus penta oxide) |
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MnO [Manganese (II) oxide] |
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Loss on Ignition (LOI) |
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35-30-AJ-36 | Sodium Chloride and Sodium Sulphate Salts | SiO2 (Silicon di oxide) | 0,1% | 100% | Semi-Quantitative Analysis | 7 days | Pulverized 50 g or not pulverized 0,5 - 2 kg |
All for 480,00 TL or 200,00 TL for one parameter, and 50,00 TL for each additional parameter (For one sample) |
Al2O3 (Aluminium oxide) | ||||||||
Fe2O3 (Iron tri oxide) | ||||||||
CaO (Calcium oxide) | ||||||||
MgO (Magnesium oxide) | ||||||||
Na (Sodium) | ||||||||
K2O (Potassium oxide) | ||||||||
SO3 (Sulfur tri oxide) | ||||||||
Cl (Chlorine) | ||||||||
35-30-AJ-37 | Major (Main) Oxides in Coal Ash | SiO2 (Silicon di oxide) | 0,1% | 100% | Semi-Quantitative Analysis | 10 days | Pulverized 50 g or not pulverized 0,5 - 2 kg |
All for 480,00 TL or 200,00 TL for one parameter, and 50,00 TL for each additional parameter (For one sample) |
Al2O3 (Aluminium oxide) | ||||||||
Fe2O3 (Iron tri oxide) | ||||||||
CaO (Calcium oxide) | ||||||||
MgO (Magnesium oxide) | ||||||||
Na2O (Sodium oxide) | ||||||||
K2O (Potassium oxide) | ||||||||
TiO2 (Titanium di oxide) | ||||||||
P2O5 (Di phosphorus penta oxide) | ||||||||
MnO [Manganese (II) oxide] | ||||||||
SO3 (Sulphite) | ||||||||
35-30-AJ-48 |
Oxides in Bauxite Ore, Iron Ore (except Pyridic and Metallic), Magnesium Silicate Ore, Calcium Silicate Ore and Chromium Ore |
SiO2 (Silicon di oxide) | 0.1% | 100% |
Semi-Quantitative Analysis
Samples are prepared by Fusion Method. In cases where the sample is not suitable for Fusion sample preparation procedure, result is given another analysis code that the analyzer deems appropriate. |
10 days | Pulverized 50 g or not pulverized 0,5 - 2 kg |
All for 640,00 TL or 200,00 TL for one parameter, and 50,00 TL for each additional parameter (For one sample) |
Al2O3 (Aluminium oxide) | ||||||||
Fe2O3 (Iron tri oxide) | ||||||||
CaO (Calcium oxide) | ||||||||
MgO (Magnesium oxide) | ||||||||
Na2O (Sodium oxide) | ||||||||
K2O (Potassium oxide) | ||||||||
TiO2 (Titanium di oxide) | ||||||||
P2O5 (Di fosfor penta oxide) | ||||||||
MnO [Manganese (II) oxide] | ||||||||
Cr2O3 (Chromium tri oxide) | ||||||||
Loss on Ignition (LOI) |
Analysis/Test Code |
Analysis/Test Name |
Detection Limit |
Method/Explanation |
Service Period (Workday) |
Sample Amount |
Service Fee (Including VAT) |
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Lower |
Upper |
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35-30-AJ-54 |
SiO2 (Silicon di oxide) |
For Major Oxides 0,1% SiO2, Al2O3, Fe2O3, CaO, MgO, Na2O, K2O, TiO2P2O5, MnO |
For Major Oxides 100% SiO2, Al2O3, Fe2O3, CaO, MgO, Na2O, K2O, TiO2, P2O5, MnO |
Semi-Quantitative Analysis (Major/ Minor oxides may vary depending on the chemical structure of the sample.) |
7 days |
Pulverized 50 g or not pulverized 0,5 - 2 kg |
All for 800,00 TL or 200,00 TL for one parameter, and 30,00 TL for each additional parameter (For one sample) |
Al2O3 (Aluminium oxide) |
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Fe2O3 (Iron tri oxide) |
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CaO (Calcium oxide) |
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MgO (Magnesium oxide) |
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Na2O (Sodium oxide) |
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K2O (Potassium oxide) |
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TiO2 (Titanium di oxide) |
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P2O5 (Di phosphorus penta oxide) |
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MnO [Manganese (II) oxide] |
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Loss on Ignition (LOI) |
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Cr2O3 [Chromium (III) oxide] |
For Minor Oxides 0,01% Cr2O3 , V2O5 , Co3O4 , CuO, ZnO, ZrO2 , Y2O3 , PbO, Rb2O, SrO, SnO2 , F, BaO, NiO, SO3 , CdO, BiO3 |
For Minor Oxides 0,1% Cr2O3 , V2O5 , Co3O4 , CuO, ZnO, ZrO2 , Y2O3 , PbO, Rb2O, SrO, SnO2 , F, BaO, NiO, SO3 , CdO, BiO3 |
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V2O5 (Di vanadyum penta oksit) |
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Co3O4 (Tri cobalt tetra oxide) |
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CuO [Copper (II) oxide] |
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ZnO (Zinc oxide) |
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ZrO2 (Zirconium di oxide) |
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Y2O3 (Di yttrium tri oxide) |
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PbO (Lead oxide) |
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Rb2O (Di rubium oxide) |
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SrO (Strontium oxide) |
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SnO2 (Tin di oxide) |
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F (Fluorine) |
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BaO (Barium oxide) |
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NiO (Nickel oxide) |
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SO3 (Sulfur tri oxide) |
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CdO (Cadmium oxide) |
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Bi2O3 (Bismuth tri oxide) |