Gas Chromatography (GC)

Brand / Model: Thermo Scientific / Trace 1310

Gas chromatography is a common type of chromatography used in analytical chemistry for the separation and analysis of compounds that can evaporate without separation. Also known as vapor-phase chromatography and gas-liquid separation chromatography. It is commonly used to test the purity of a particular substance or to separate a mixture of different ingredients (also to be able to determine the relative amounts of these ingredients). Thermo Scientific Trace 1310 GC system is a device used in many sectors such as environment, food safety, toxicology. Thermo Scientific Trace 1310 GC system provides superior performance especially in volatile organic and chlorinated compounds with its FID and ECD detectors. Many samples can be analyzed easily with Headspace and liquid sampling system.

Reasons of Using GC Too Much in Industry:

Separating very complex samples including isomers into their components, obtaining results quickly, requiring very little sample (microliter), the system can be used even in samples showing very low vapor pressure, analysis can be done with more reliable and simple instruments compared to other instrumented analysis methods, qualitatively and quantitatively To obtain more sensitive results and generally use the interpretation of these results, Gas Chromatography devices that can be analyzed instantly have been developed for the industry.

Characteristic RT: <0.0008 min

Characteristic Peak Area: <0.5% RSD

Oven Temperature Range: ambient + 3^oC - 450^oC

Temperature Adjustment Resolution: 0.1^oC

Maximum Furnace Ramp: 32

Maximum Temperature Value: 125^oC

450^oC - 50^oC Cooling: <4 min

Minimum Pressure Setpoint: 0.001 PSI

Maximum Fission Rate: 12500

Inlet Pressure Rate: 0-145 PSI

Total Flow Adjustment Range (H₂, He): 0-1250 mL

Maximum SSL Temperature: 400^oC

FID Detector Max. Temperature: 450^oC

FID MDL: <1.8 pg C / s

FID Linear Dynamic Range:> 107

FID Data Acquisition Rate: 300 Hz

ECD Detektor Maximum Temperature: 400^oC

ECD MDL: <6 fg / s

ECD Linear Dynamic Range:> 104 with lindane

ECD Data Acquisition Rate: 300 Hz

Sample Specifications

The solutions of the substance to be analyzed are used.

Applications

Biochemistry, biotechnology, petrochemistry, pharmacology, separation of sterols from vegetable oils, genetic studies, determination of fatty acids in foods and analysis of some pesticides, forensic toxicology laboratories, qualitative and quantitative determination of amino acids in clean water, waste water, solid waste and waste oil samples It is used for separation and analysis in order to determine mineral oil and hydrocarbon.