The issues of qualitative and quantitative analysis for the determination of the purity of liquids and solids are becoming more and more relevant. Research work and the practice of analysis in many areas of industrial production, the food sector and the study of the impact of man and his activities on nature require the use of more and more modern and effective methods and instruments.
There are and are operating many analytical schemes and systems for determining the exact composition of objects of different production, natural and artificial origin, but the need for more and more accurate analytics is constantly growing and requires new high-precision developments at the level of the smallest units of elements of substances.
ICPE (Atomic Emission Spectrometry) is a combination of various analysis methods. Free atoms (ions) in the gas phase give their own unique radiation spectrum, which can be recorded and studied in order to establish the composition and purity of the presented sample. To obtain the gas (plasma) phase of the sample, the ICP inductively coupled plasma method is used, and this method is completely referred to as ICPE.
ICPE has the ability to quickly quantify elements with sufficient accuracy using minimum sample weights.
To obtain inductively coupled sample plasma, an ionized discharge is created in an argon medium, which is then maintained in the plasma state by a high-frequency electromagnetic field. Inside the plasma, the temperature reaches values up to 10,000 degrees Kelvin.
In this state, the test substances of the sample are decomposed into atoms, each of which, with its own radiation frequency, appears in the general spectrum and is recorded using an atomic emission spectrometer.
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Preparation and performance of spectrometry:
- Sample formation;
- Evaporation of liquid or solid state of the sample;
- Decomposition into atoms;
- Transfer of atoms (ions) to a high energy state;
- Registration of the entire spectrum;
- Exploring the spectrum;
- Comparison of the volumetric composition.
Latest Instruments ICPE-9800 ICPE-9810 (Axial View), ICPE-9820 (Axial Radial View)
The devices are made in Germany, have excellent structural design, are easy to study and easy to master the operations.
Our laboratory has mastered the conduct of such analyzes on ICPE-9800, ICPE-9810 and ICPE-9820 devices. Based on the results of analyzes carried out on these devices, our customers send only positive feedback. The specialists of our laboratory carry out a lot of work on a daily basis to study samples of various products and make their significant contribution to the high technological development of many sectors of the country's national economy.
These devices provide:
- Registration of wavelengths of all elements in one measurement;
- Two-way analysis without wavelength selection is performed by the operator;
- Automatic selection of wavelengths, no overlap;
- The concentration of the test solutions is provided by the program;
- Plasma dual view increases the sensitivity and accuracy of measurements;
- The evacuation of the spectrometer, the use of a mini-burner, and the eco-mode with a gas flow rate of 5 l / min fundamentally reduce the argon consumption.
Areas of use:
- Metallurgy
- Petrochemistry
- Medicine / biology
- Environmental protection
- Glass, ceramics
- Details of mechanisms and machines
- Oil and petroleum products
- Oils and fuels
- Catalysts
- Chemical products
- Biological objects
- Pharmaceuticals
- Plants
- Food products
- Drinking water, river and sea water
- Wastewater
- Atmospheric dust, precipitation
- The soil
The introduction of ICPE (Inductively Coupled Plasma Atomic Emission Spectrometry) in these areas of research and measurement is a significant and confident step in the overall technological breakthrough and improvement in the quality of life of people and the conservation of wildlife.
The laboratory accepts applications for the analysis of samples and samples from representatives of the listed areas of application through the contacts indicated on our website.
Examination of metals and alloys
| Service (for 1 sample) | Deadlines | Price without VAT* |
| X-ray fluorescence analysis | ||
X-ray fluorescence spectrometry (XRF)  |
up to 6 days | 77 USD |
| X-ray fluorescence spectrometry (XRF, without issuing a protocol) | up to 3 days | 31 USD |
| Sample preparation for XRF mechanical | up to 5 days | 77 USD |
| Sample preparation for XRF with annealing (2 samples) | up to 8 days | 114 USD |
| Determination of alloy grade (carbon + alloying + grade) |
up to 7 days | 123 USD |
| Determination of alloy grade (carbon + alloying + grade, without issuing a protocol) | up to 4 days | 96 USD |
| Determination of the carbon content (DSTU 7750, AN-7529, 0.03-99.99) | up to 8 days | 94 USD |
| Atomic emission analysis | ||
| Inductively Coupled Plasma Atomic Emission Spectrometry (ICPE, >5 ppm, per sample) |
up to 21 days | 168 USD |
| Qualitative analysis of all elements (ICPE, screening, >5 ppm) | up to 21 days | 168 USD |
| Quantitative analysis of one element (ICPE, >1-10 ppb, for 1 element) | up to 21 days | 210 USD |
| Sample preparation for ICPE | up to 11 days | 72 USD |
| Analytical chemistry | ||
| Methods of analytical chemistry, simple method | up to 11 days | 241 USD |
| Methods of analytical chemistry, complex technique |
up to 21 days | 481 USD |
| X-ray diffraction | ||
| Powder X-ray diffraction (XRD) |
up to 21 days | 199 USD |
| Sample preparation of solid or liquid samples for XRD | up to 5 days | 77 USD |
| Thickness and dimension measurements | ||
| Thickness by ultrasonic method (5 points, 0.8-300 mm) | up to 11 days | 94 USD |
| Dimension by metric method (5 points) | up to 11 days | 68 USD |
| Thickness by metric method (5 points) | up to 11 days | 68 USD |
| Weight determination (10 mg-2100 g) | up to 5 days | 74 USD |
| Measurement of roughness | ||
| Surface roughness (2-300 µm) | up to 11 days | 85 USD |
| Surface roughness (Ra 0.005-16 µm, Rz 0.02-160 µm) | up to 21 days | 547 USD |
| Metal hardness measurement | ||
| Hardness on a stationary device (HB, HRC, HRB, HV) (per 1 sample) | up to 21 days | 142 USD |
| Hardness on a portable device (ASTM A956) | up to 11 days | 101 USD |
| Microhardness (5 injections) | up to 21 days | 142 USD |
| Preparation of standard samples for hardness determination | up to 11 days | 142 USD |
| Mechanical testing of metal and alloys | ||
| Mechanical test for abrasion (first hour) | up to 11 days | 66 USD |
| Mechanical test for abrasion (every subsequent hour) | up to 2 days | 7 USD |
| Mechanical tensile testing of samples (ISO 6892-1, 2-5 samples, до 200 kН) |
up to 21 days | 217 USD |
| Mechanical testing of samples for bending (2-5 samples) | up to 21 days | 225 USD |
| Mechanical tests of samples for compression (2-5 samples) | up to 21 days | 225 USD |
| Impact test at room temperature (ISO 148-1, -5 samples) | up to 21 days | 204 USD |
| Impact testing at low temperatures (from 0 to -80 °С, 2-5 samples) | up to 21 days | 217 USD |
| Preparation of standard samples for mechanical testing | up to 21 days | 204 USD |
| Metallographic studies and SEM | ||
| Metallographic study of the structure (preparation, etching, grain, structure) |
up to 21 days | 440 USD |
| Electron micrograph + quantitative analysis of the composition (SEM EP-XRF, up to 5 points) |
up to 21 days | 232 USD |
| Sample preparation for microphotography (cutting, polishing, grinding, drying, vacuuming, deposition) | up to 21 days | 136 USD |
| Flaw detection of metals and alloys | ||
| Capillary control (first dm2) | up to 11 days | 129 USD |
| Capillary control (each subsequent dm2) | up to 11 days | 28 USD |
| Magnetic particle inspection (MPD, first dm2) | up to 21 days | 173 USD |
| Magnetic particle inspection (MPD, each subsequent dm2) | up to 21 days | 57 USD |
| Visual-optical control of joints (first line) | up to 11 days | 83 USD |
| Visual-optical control of joints (each subsequent l.m.) | up to 11 days | 31 USD |
| Visual-optical control of the base metal (first m2) | up to 11 days | 83 USD |
| Visual-optical control of the base metal (each subsequent m2) | up to 11 days | 31 USD |
| Ultrasonic flaw detection of joints (first line) | up to 21 days | 118 USD |
| Ultrasonic flaw detection of joints (each subsequent r.m.) | up to 21 days | 33 USD |
| Base metal ultrasonic testing (first m2) | up to 21 days | 118 USD |
| Ultrasonic flaw detection of the base metal (each subsequent m2) | up to 21 days | 33 USD |
| Determining the causes of damage and breakdowns | ||
| Fractographic analysis of fractures (for 1 fracture) | up to 21 days | 315 USD |
| Determining the causes of damage (for 1 question) |
up to 21 days | 315 USD |
| Coating expertise | ||
| Coating thickness determination (ISO 2808): |
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| magnetic induction method (EN ISO 2178, ISO 3882, 10 points, 3-5000 microns) | up to 8 days | 96 USD |
| eddy current method (EN ISO 2360, ISO 3882, 10 points, 5-2000 µm) | up to 8 days | 96 USD |
| metric method (ISO 3882, 5 points, 10-2500 microns) | up to 5 days | 68 USD |
| drip method (5 points, from 2.5 µm) | up to 8 days | 129 USD |
| XRF method (ISO 3497, ISO 3882, 1 point, from 0.01 µm) | up to 6 days | 77 USD |
| gravimetric method (ISO 10111, ISO 3882, arbitration, 3 points, no limit) | up to 6 days | 254 USD |
| Sample preparation (removal of coating, up to 10 points) | up to 11 days | 46 USD |
| Study of bank bullion | ||
| Inspection of the metal surface for compliance with the sample (XRF) | up to 6 days | 77 USD |
| Checking the homogeneity of the metal (ultrasound) | up to 11 days | 94 USD |
| Checking the density of metal (hydrostatics) | up to 5 days | 81 USD |
| other services | ||
| Compliance with certificates and other documents, confirmation or refutation of brand conformity (without the cost of brand identification) | up to 21 days | 61 USD |
| Radioactivity level (gamma and beta background) |
up to 5 days | 61 USD |
The prices are approved by the director of LLC "In Consulting" 08.09.2026. Deadlines are indicated in working days
For a free consultation, you can use On-line consultation, or call us or write to the messengers.For information about the cost of services go to Tariffs or place Application for Services.
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