Component analysis provides multiple convenience for all walks of life. Its technology lies in the exploration of unknown objects and the analysis of positional components. Component analysis testing institutions through scientific analysis technology to help enterprises analyze and determine the sample target and various components. At the same time, it can also conduct quantitative and qualitative sample analysis for customers to identify the content of materials and foreign bodies.






When you don't know what's in the product, you can do a component analysis test to find out. Component analysis is the process of analyzing the components of a product using scientific methods, conducting qualitative and quantitative analysis of each component, and then restoring the composition of its ingredient formula, which is known as reverse engineering in the field of material research and development. The purpose of component analysis is to understand the composition, element, ratio, defect, impurity and other problems of the product.






Five microspectra are generally used for component analysis: Comprehensive analysis methods such as spectrum, chromatography, energy spectrum, mass spectrometry and thermal spectrometry, combined with the development experience of ingredient formula in related industries, and integrated reduction into the basic ingredient formula with high similarity by using a complete standard raw material library. Component analysis is generally common in modern product research and development, and component analysis and testing is to analyze unknown ingredients and unknown substances. Through component analysis and detection to determine the target components of the sample is what, to assist the qualitative and quantitative analysis of products, to identify different sample materials, raw materials, additives, characteristics of the composition and content of foreign bodies.






Commonly used testing equipment for component analysis: Gas Chromatography/Mass Spectrometry (GC-MS), Liquid Chromatography/Mass Spectrometry (LC-MS), Nuclear Magnetic resonance Spectrometer (NMR), Infrared Spectrometer (IR), Gel Permeation Chromatograph (GPC) Plasma Emission Spectrometer (ICP-AES) Plasma Mass Spectrometer (ICP-MS), Atomic Absorption Spectrometer, Atomic Fluorescence Spectrometer, Ion chromatograph, X-ray fluorescence spectrometer, etc.






Here are some common component analysis processes:






1. Sample preparation: Select representative samples and carry out necessary pretreatment, such as sample grinding, dissolution, dilution, etc., to ensure the representativeness and operability of the analysis.






2. Analysis method: According to the analysis target, select the appropriate analysis method, such as chromatographic analysis, spectral analysis, mass spectrometry, etc.






3. Instrument testing: According to the selected analysis method, prepare and debug the corresponding instrument and equipment, and carry out calibration and calibration to ensure the accuracy and stability of the instrument.






4. Sample measurement: the pre-treated sample is placed in the instrument for measurement, and the obtained data is recorded.






5. Data processing: Data processing of the measured raw data, such as peak identification, peak area or peak height integration operations, to obtain quantitative results of each component.






6. Result report: According to the analysis results, evaluate and interpret the measured substance composition, determine its content, purity or different related indicators, and write reports or provide explanations.






Through a variety of analysis and testing methods, we have accumulated profound experience in chemical product analysis, and carried out qualitative identification and quantitative analysis of unknown substances through dedicated, reliable and comprehensive separation and detection methods, providing scientific basis for the adjustment of formula, new product development and improvement of production process in scientific research and production. At the same time, we can provide later technical guidance according to customer needs.





Are you experiencing any of the following problems?


1. Need to know the composition of the sample? 2, product development workload is large, need to reduce the workload? 3, poor product performance, need to improve product performance? 4, the product has foreign bodies, want to know the cause of foreign bodies? 5. Need to control the procurement material system? 6, want to understand new product ingredients, reduction formula, imitate production? 7, want to verify whether the product contains a certain substance?




Component analysis can help!


1. Quality control, understand the ingredients of raw materials;


2. Analyze the composition of the product and restore the basic formula;


3. Prove whether the product contains a certain substance or does not contain a certain ingredient;


4. Find reasons for product performance decline to facilitate improvement;


5. Understand the composition content and master the product performance;


6. Solve the problems in the production process;


7. Compare products of different periods to facilitate research and development or product improvement;


8. Quickly find the cause of unknown things and eliminate hidden dangers;


9. Product formula improvement, formula reduction, imitation production.





Your industry






Provide a variety of industry product analysis technology
A
Rubber field




Butadiene rubber, cable material, silicone, neoprene rubber, styrene butadiene rubber, EPDM, rubber soles, rubber products, etc.;






B
Plastics field




Pe, Hdpe, Ldpe, Lldpe, Vldpe, mPE, Pvc, Pa, engineering plastics and other general plastics;






C
Adhesive field




Epoxy resin adhesive, polyurethane adhesive, polyvinyl acetate adhesive, inorganic adhesive, organic adhesive, natural adhesive, synthetic adhesive and other adhesives;






D
Coatings field




Exterior wall and interior wall waterborne coatings, acrylic waterproof and fireproof coatings, epoxy powder coatings, environmental protection coatings, etc.






E
Ink field




Water-based ink, screen printing ink, printing ink, environmental protection ink, electronic ink, packaging ink, glass ink, etc.






F
Cleaning agent field




Carbon cleaning agent, engine cleaning agent, oil field cleaning agent, emulsion cleaning agent, aluminum cleaning agent and other cleaning agents;






G
Environmental protection field




Sewage sludge treatment agent, flocculant, coagulant, decolorizing agent, COD removal agent, water purification agent, pipe cleaning agent, boiler cleaning agent, descaling agent, water quality improver and other water treatment agents;