Thermal electric gas chromatograph TRACE GCXGC detailed introduction
According to the principle of orthogonal separation, the Thermo Fisher Scientific TRACE GCXGC gas chromatograph has increased its analytical capability by 10 times compared to traditional gas chromatography. Through this advantage, the technology not only simplifies the sample preparation process but also improves sensitivity, making it a suitable method for analyzing target compounds from complex matrices, including specific sample characteristics. Suitable for detecting target compounds in complex matrices.

Thermal electric gas chromatograph TRACE GCXGC main features
1 Solid State Proprietary Dual Jet CO2 Modulator
2. Column automation features
3. Dedicated GCXGC HyperChromium software
4. Comprehensive range and injection methods of capillary syringes
5. Fast Electronic Detector (FFID)
6. HyperChromium GCXGC data interpretation software is powerful and easy to interpret complex GC X GC information
Color chart representation window
3D Window Display
One dimensional chromatography modification
GCXGC quantification
● GCXGC Qualitative
7. Based on the classification of physical and chemical properties of compounds, TRACE GCXGC has improved qualitative and quantitative analysis. The chromatographic results are displayed through a 3D structure and identified based on a set of retention times.
Instrument application object:
Due to the efficient separation characteristics of the instrument, compatibility with GCXGC technology is highly suitable for solving problems related to the following factors:
1. Quick and complete sample screening
2. Determination of low concentration components in mixed matrix
3. Detailed analysis of sample characteristics