Gas chromatography-Strong field asymmetric ion migration spectrumGC-FAIMS 2020brief introduction

（1）Sensitive detection and identification of volatile, semi volatile, and non-volatile organic compounds in complex matrices.

（2）FAIMSCan be used to detect and identify volatile compounds in water, solids, and gas matrices.

（3）NewGC-FAIMSCombined with chromatographic separation technology（GC）High selectivity and strong field asymmetric ion migration spectra(FAIMS)Abnormal sensitivity. Therefore,GC - FAIMSCombination, as a powerful analytical tool, has a wide range of applications. It can perform qualitative and quantitative analysis on a single compound, as well as on the sampleGC-FAIMSPerform rapid analysis.

Gas chromatography-Strong field asymmetric ion migration spectrumGC-FAIMS 2020application area

It can be used to detect various volatile compounds in liquid, solid, and gas mixtures, and has a wide range of applications. Can be applied in various fields: food, traditional Chinese medicine, tobacco, alcohol, agriculture, biology

Medicine, environmental testing, etc. For example:

（1）Food flavor analysis

（2）Control product quality by detecting target compounds

（3）Analysis of Environmental Water Samples(Such as hydrocarbons, polycyclic aromatic hydrocarbons, polychlorinated biphenyls, phenolic compounds, organophosphorus pesticides, and odor tracking)

（4）Headspace analysis of trace impurities in polymer and solid samples

（5）Toxicological analysis:Blood alcohol or drugs

（6）Indoor air quality testing(For example, aldehydes, terpenes, and ketones)

（7）Detection of toxic industrial compounds(for exampleBTEX)

（8）Respiratory analysis for medical diagnosis

（9）Testing of wood preservatives (such as lindane, valeric acid, etc.)

Gas chromatography-Strong field asymmetric ion migration spectrumGC-FAIMS 2020Application direction in the food industry

One Food flavor research

1.1Process monitoring: directly observing the evolution of a process by monitoring the presence of specific compounds during the process. For example, research on ideal brewing methods and determination of fermentation time

1.2Quality control: for example, ensuring consistent taste.

1.3Exploration of Flavors of Products with Different Products, Quality, and Storage Years

1.4Product research and development, production process control, such as formula formulation, production line regulation, etc

1.5Optimization of storage conditions

1.6Product flavor notarization

1.7Data support for sensory evaluation

1.8Exploration into the Influence of Product Packaging on Food Flavor

II Exploration into Food Quality Control and Safety

2.1Product quality identification

2.2Early detection of odor

2.3Identification of Origin

2.4Identification of levels

2.5Identification of adulteration

2.6The quality control of finished products and commodities, such as freshness assessment and shelf life identification, can be applied in various fields, such as cold chain logistics, meat storage, fruit and vegetable transportation and storage, frozen meat processing, etc

III other

3.1Cleaning validation: Analyze the rinse water and check for the presence of unwanted compounds.

3.2Material screening: Check the quality or source of raw materials, such as spices. Take the laboratory to the loading dock!

3.3Plant air monitoring: Ensuring employee safety by monitoring the composition of factory air

Gas chromatography-Strong field asymmetric ion migration spectrumGC-FAIMS 2020characteristic

1. High reproducibility

2. GC:Temperature isothermal or ramp200°C

3. Heating rate30°C /minute

4. shunt/Heat the injection syringe without splitting the flow until300°C

5. Integrated quality flow controller for main control of column flow

6. Standard imported lining

7. Powerful customized software, data visualization, real-time control, and offline analysis.

Powerful custom software has been specified for the complete instrument control of gas chromatography and ion migration detector, used for data acquisition and analysis of two-dimensional and three-dimensional spectra. At the same time, additional offline software“FAIMS-Data Analyser”Support extensive data analysis and statistics, such as automatic identification of peak values and calculation of peak regions(Manual or automatic)Curve fitting with quantitative analysis.

8. Detect positive and negative ions

9. High flexibility:It can also be used as an independent detector(No needGCIt can also run independently)