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Component analysis of complex unknown material

  What is analysis of complex unknown substance composition?
Analysis of unknown substance composition is normally performed using spectrum (ultraviolet, infrared, nuclear magnetism), chromatography (gas chromatography, liquid chromatography, ion chromatography), mass spectrum (mass spectrometer, gas chromatography-mass spectrometer, LC-MS), energy spectrum (fluorescence spectrum, diffraction spectrum), thermography (thermogravimetry analyzer, differential scanning calorimeter) to analyze quality and quantity for all the components of the sample for the purpose of determining their structure and obtaining a full understanding.
Analysis of unknown solid Analysis of unknown liquid  Analysis of oils Analysis of unknown alkane
Analysis of unknown particle Analysis of unknown powder Analysis of unknown additive Analysis of unknown oxide
Analysis of unknown raw material Analysis of unknown inorganic substance
Analysis of unknown organic substance
Analysis of unknown reagent
Analysis of unknown solvent Analysis of unknown acid Analysis of unknown alkali More
Complex unknown substances are involved in:
Medicine, coating, adhesive, surfactant, soap, detergent, printer ink, organic rubber additive, photosensitive material, catalyst, polymeric flocculant, petroleum additive, food additive, veterinary drug, feed additive, paper and pulp chemical, plastic additive, metal surface treatment agent, aromatic deodorant agent, automotive chemical, biocide mildewcide, fatty acid, rare earth chemicals, fine ceramics, functional polymer, biochemical product, enzyme, plasticizer, stabilizer, concrete admixture, healthy food, organic electronic material etc.
FAQ on unknown liquid/solid
How to identify name of liquid/solid
Detect constituent and its content of unknown liquid/solid
If the unknown liquid/solid is toxic and harmful to human body
If the liquid/solid evaporates
Unknown liquid with heavy specific weight, high boiling point, low adhesion and less volatility.

The questions above mentioned could be identified through a large number of experiments which may take you a lot of time and human and material resources. However, Ingeer Technical Service Department takes only 12 work days to analyze unknown liquid’s formula and will provide you with a perfect solution.
Function of analyzing and testing unknown liquid/solid sample
In case of problems arisen from products, analysis of constituent can determine the root cause for the purpose of improvement
Analyzing composition of new product can restore the formula contributing to simulating production
Making comparison of advanced products with your own products to seek research and development or improvement
The analysis could verify if the product contains a certain substance
Unknown solid
Crystalline solid: possessing regular structure, e.g. sugar, salt.
Non-crystalline solid: possessing irregular structure, e.g. glass.
Quasi crystal: aggregated by a lot of crystals or grains that themselves possess regular structure but the arrangement pattern in which they form polycrystalline solid is irregular.
Main tested items:
◆ Analyze qualitatively and quantitatively
◆ Re-utilize unknown substance
◆ Determine quality and quantity for inorganic matter
◆ Analyze constituent
◆ Quantify the specified constituent
◆ Verify the specified constituent
◆ Determine quality and quantity of the main constituent
◆ Restore formula
◆ Determine quality of the main constituent
◆ Determine quality and quantity of surfactant
Analytical service
Ingeer Technical Service Department sets up analytical teams composed of technical personnel from various fields against each kind of unknown solid/liquid . Each team is leaded by a senior engineer with the richest relevant experience who is permanently responsible for signing any test report. Our company will document any customer’s feedback on which the technical level and salary of the chief engineer are based, in this way Ingeer Technical Service Department ensures the accuracy and preciseness of every test report and takes full advantage of customer’s money used in analysis and testing. In future, the Department will be committed to helping any down-to-earth, industrious and aspiring company with professional techniques services.
Technical methods for analyzing unknown liquid/solid sample
Analysis of unknown liquid/solid composition is normally performed using spectrum (ultraviolet, infrared, nuclear magnetism), chromatography (gas chromatography, liquid chromatography, ion chromatography), mass spectrum (mass spectrometer, gas chromatography-mass spectrometer, LC-MS), energy spectrum (fluorescence spectrum, diffraction spectrum), thermography (thermogravimetry analyzer, differential scanning calorimeter) to analyze quality and quantity for all the components of the sample for the purpose of determining their structure and obtaining a full understanding.
Instrument utilized in analyzing unknown liquid/solid sample
Fourier Transform Infrared Spectrometer: most simple, convenient and rapid instrument for determining quality of unknown substance
Nuclear Magnetic Resonance machine: effective instrument for measuring chemical shifts of H, C, P, Si in molecule and for qualitative and quantitative analysis of unknown substance
Time of Flight Mass Spectrometer: precise instrument for qualitative analysis of unknown substance
Gas chromatography-Mass spectrometer: instrument for qualitative and quantitative analysis of mixed liquid and mixed gas constituent
Liquid chromatography-Mass spectrometer: instrument for qualitative and quantitative analysis of mixed liquid constituent
Energy Dispersive Spectrometer: simple and quick instrument for qualitative and quantitative analysis of elements
Low temperature plasma emission spectrometer: effective instrument for quantifying elements
Thermo gravimetric analyzer: measuring relationship that mass changes with temperature (or time)
These testing methods could contribute to analyzing a product’s formula and getting a clear understanding of unknown solid/liquid composition for companies to conduct r&d. Ingeer Technical Service Department, having accumulated rich experience in chemical product analysis, is able to provide scientific basis for formula adjustment, r&d of new products, improvement of production technology in the scientific research and production through qualitative evaluation and quantitative analysis of unknown substance by means of professional, reliable and comprehensive separation and testing methods.
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