Elvatech Ltd. applications
Analytical spectrometric instruments for general chemical analysis.
Positive Material Identification is the detection of materials through non-destructive element spectrometry in samples of metals, steel, and alloys, which is used to check the component composition of ores, soils, and other liquid and powder samples. This technology is widely used in various industries, numerous research, and academic laboratories worldwide due to the quickness and accuracy of the analysis. XRF PMI machine is usually used for these purposes.
The method of XRF analysis, due to the possibility of analyzing the most diverse materials and substances, is used in a wide range of applications in criminalistics labs of the Police, Ministry of Internal Affairs, the Security Service and other forensic institutions. ElvaX and ProSpector analyzer are used as the main analytical tools for the investigation of a wide range of forensic examinations. The accuracy and speed makes it easy to gain important results for various investigations.
Positive Material Identification is the detection of materials through non-destructive element spectrometry in samples of metals, steel, and alloys, which is used to check the component composition of ores, soils, and other liquid and powder samples. This technology is widely used in various industries, numerous research, and academic laboratories worldwide due to the quickness and accuracy of the analysis. XRF PMI machine is usually used for these purposes.
Alloy analysis is the process of identification of the chemical composition of the sample. Opposite to PMI (Positive Material Identification), where the alloy grade is determined, it shows the material`s whole element composition. The analysis can be carried out by an x-ray fluorescence (XRF) alloy tester, and it is widely used in a variety of industries: from aero-space testing to welding and scrap sorting.
Analysis of soils and sedimentary rocks provides important information for soil chemical, geochemical and ecological studies. The content of chemical elements in the soil affects the nutrition of plants and the flow of soil-forming processes. The analysis of toxic elements is important for studying the sources and processes of chemical soil contamination. The XRF method makes it possible to perform efficient quantitative element analysis of soils with a minimum of sample preparation.
Scrap metal identification and sorting are some of the most important tasks in recycling. The analysis might take days if not months, depending on the pile. But if you have a handheld XRF for scrap metal sorting, speed and efficiency are guaranteed.
Lead is a toxic and harmful element. Lead can affect the central nervous system. Government regulations are working on drawing attention to lead in paint inspection. It`s hazardous not only for children but adults as well, especially construction workers, experts in demolition and renovation. Inhaling lead dust or working with contaminated materials may lead to high blood pressure and dementia, among other health concerns. That`s why X-ray fluorescence testing is so important nowadays.
Catalytic converters in cars are used for the reduction of hazardous emissions, such as carbon monoxide (CO), hydrocarbons (HxCy), and nitrogen oxides (NOx). These harmful substances are converted into neutral carbon dioxide (CO2), water, and nitrogen by catalytic chemical reactions, which are accelerated by three platinum group metals (PGM): platinum, palladium, and rhodium. In the context of recycling, specialized analyzer for catalytic converter, often based on XRF technology, are invaluable for accurately assessing the elemental composition of used catalytic converters. This ensures that valuable PGMs can be effectively reclaimed, contributing both to economic gains and environmental sustainability.
XRF Spectrometers solutions for analysis of paintings and art works sector.