Identification analysis of organic substances will be conducted using FT-IR and GC-MS.
The identification analysis service uses FT-IR and GC-MS to identify compounds. FT-IR analyzes the infrared absorption spectrum of the compound molecules obtained through Fourier transform infrared spectroscopy, while GC-MS analyzes the mass spectrum of fragments obtained through electron ionization. The results of the identification analysis can be used to identify foreign substances, contaminants, or the materials and components of products.
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basic information
● Analysis of polymer compounds using FT-IR and volatile organic compounds using GC-MS GC-MS has high qualitative capabilities, but on the other hand, it cannot detect high-boiling polymer compounds, making qualitative analysis difficult. However, by using FT-IR, it is possible to qualitatively analyze polymer compounds, allowing for a wide range of qualitative analysis by leveraging the characteristics of each device. ● Measurement of small samples with micro FT-IR By using micro FT-IR, it is possible to measure small samples of less than 1 mm with high sensitivity. The measurement range is approximately a minimum of 10 μm. ● Combination with SEM-EDX FT-IR and GC-MS are analyses targeting organic compounds and do not provide information on inorganic materials. However, by conducting analyses in conjunction with elemental analysis results from SEM-EDX and similar methods, a more reliable evaluation can be achieved.
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Applications/Examples of results
●Identification and Analysis of Foreign Substances Fibrous foreign substances were collected, and spectra were obtained using the Universal ATR method. The obtained spectra matched with proteins based on library search results, and it was inferred from the appearance that they were hair. ●Analysis of Oil Components ●Identification of Rubber Material
Company information
Our main business is providing technical services to evaluate the reliability of developed products. We not only provide evaluation data in accordance with standards and regulations, but also propose optimal methods, conditions, and equipment for evaluation purposes, as well as design and manufacture original equipment and jigs for non-standard evaluations. Additionally, we handle three evaluation techniques—measurement, testing, and analysis—comprehensively, allowing us to offer complex services that span diverse equipment and suggest more multifaceted evaluation methods.
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