1. Thermal decomposition injection is closely integrated with capillary columns, with a compact structure that reduces injection dead time

Volume, high sensitivity, good separation, and reducing the number of temperature control points along the way

Reduce instrument failure rate by adopting a unique column head injection method.

2. Place the chromatography column box on the side and use automatic rapid cooling to achieve true cooling

In the sense of near room temperature operation, it shortens the cycle of instrument analysis of samples.

3. Adopting numerical control technology to improve the anti-interference ability of instruments and enhance chromatographic analysis technology

The technique has been transferred from laboratory analysis to on-site logging analysis.

4. Advanced data acquisition and processing functions, using a 24 bit A/D acquisition card,

The resolution reaches 10 μ V, and the program adds digital filtering to the actual noise signal

At 3-8 μ V, with a collection frequency of 100Hz, overcome the challenge using an RS232 serial port

System time-sharing. This processing system has the ability to analyze real-time monitoring and graph recognition

Integral, qualitative, quantitative, calculation indicators, database and other functions.

5. The instrument has a beautiful and elegant appearance, a reasonable structure, and is easy to maintain.

1. Temperature control range: room temperature+5 ℃~400 ℃

2. Number of temperature control channels: 4 channels

3. Program heating order: 4th order

4. Heating rate: 0 ℃~50 ℃/min

5. FID detection limit: MF ≤ 1 × 10-11(Benzene)