| Cat# | Product Name | Size | Price | Qty | Inquiry |
|---|---|---|---|---|---|
| G0010036 | GC-1 0.5 μm*0.53 mm*60 m | Inquiry | |||
| G0010037 | GC-1 1 μm*0.25 mm*15 m | Inquiry | |||
| G0010038 | GC-1 1 μm*0.25 mm*30 m | Inquiry | |||
| G0010039 | GC-1 1 μm*0.25 mm*60 m | Inquiry | |||
| G0010040 | GC-1 1 μm*0.25 mm*105 m | Inquiry | |||
| G0010041 | GC-1 1 μm*0.32 mm*15 m | Inquiry | |||
| G0010042 | GC-1 1 μm*0.32 mm*30 m | Inquiry | |||
| G0010043 | GC-1 1 μm*0.32 mm*60 m | Inquiry | |||
| G0010044 | GC-1 1 μm*0.32 mm*105 m | Inquiry | |||
| G0010045 | GC-1 1 μm*0.53 mm*15 m | Inquiry |
Introduction of Gas Chromatography
Gas chromatography (GC) is a new separation and analysis technique, which can be divided into gas-solid chromatography (GSC) and gas-liquid chromatography (GLC). GC mainly utilizes the difference in boiling point, polarity, and adsorption properties of substances to realize the separation of mixtures. When a multi-component mixed sample enters the chromatographic column, due to the different adsorption capacities of the adsorbent on each component, the running speed of each component in the chromatographic column is also different after a certain period. The weakly adsorbed components are easily desorbed and leave the column first to enter the detector, while the most adsorbed components are the least desorbed and therefore leave the column last. In this way, the components can be separated from each other in the column.
Fig 1. Schematic Diagram of Gas Chromatography. (Al-Bukhaiti W Q, et al., 2017)
Advantages of Our GC Columns
- With high sensitivity, it can analyze ultra-pure gases, macromolecular monomers, and air samples for trace impurities.
- Good selectivity and effective separation of various isomers and various isotopes with very similar properties.
- High efficiency to separate complex samples into single components.
- The analysis speed is fast, and the analysis of a complex sample can be completed within a few minutes to tens of minutes.
- Versatile for analysis of liquids and gases of all composition, regardless of content.
- A small amount of sample is required.
- The operation is relatively simple and the price is cheap.
Applications of Our Products
- Biochemical field
- Petroleum and petrochemical research, development, and quality control
- Environmental and food contaminant analysis
- Pesticides, drug residues, and clinical testing
- Forensic analysis
- Classification and identification of microorganisms
- Biological diagnosis
Creative BioMart has a wide range of high-quality columns and resins for you to select for the successful purification of antibodies by GC. You can quickly find the reagents you need by searching keywords such as CAT number or product name. Please tell us your product needs, we will provide you with a comprehensive consultation. If you have any questions, please feel free to contact us.
*If your organization requires the signing of a confidentiality agreement, please contact us by email.
Reference:
- Al-Bukhaiti W Q, Noman A, Qasim A S, et al. (2017) Gas Chromatography: Principles, Advantages and Applications in Food Analysis[J]. International Journal of Science Innovations and Discoveries. 6(1): 123-128.
For Research or Industrial Raw Materials, Not For Personal Medical Use!