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Hangzhou Hanze Technology Co., Ltd
Gas chromatography-mass spectrometry (ITQ 900)
NegotiableUpdate on 05/15
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Overview
ITQ 900TM is a member of the Thermo Scientific ITQTM series of gas chromatography-mass spectrometry instruments. Compared to the ITQ 700 system, the ITQ 900TM extends the mass scanning range of mass spectrometry and incorporates the more powerful Thermo Fisher Scientific TRACE GC UltraTM gas chromatography. For laboratories that use conventional full scan GC/MS methods and pursue higher sensitivity and analytical flexibility, the ITQ 900, as a multifunctional instrument, is undoubtedly the best choice.
Product Details
Thermo Scientific ITQ 900TMThe gas chromatography-mass spectrometry system combines the powerful performance of ion trap mass spectrometry with the flexibility and versatility of Thermo TRACE GC super gas chromatography. The ITQ 900 has a wider quality scanning range (10-900 amu), and like the entire ITQ product line, the detection sensitivity of the ITQ 900 * can enable a wider range of analytes to reach lower detection limits
By utilizing extended detectors and injection methods, more types of known and unknown targets can be analyzed
Mass spectrometry can be easily upgraded as needed
Selection of * for routine GC/MS experiments with scalability for more advanced applications
ITQ 900 GC/MSAdvantages of
External ion source: ITQ 900 can maintain a stable state unaffected by temperature from 125 ° C to 300 ° C, greatly improving chromatographic performance. When ionization occurs outside the ion trap, the integrity of the spectrum is greatly improved, and the system can be kept clean for a longer period of time, prolonging the system's operation time.
Expanded quality scanning range: The data collection quality range ranges from 10amu to 900amu, covering a wide range of detection substances and having a wider range of applications.
TRACE GCUltra gas chromatography-Super performance, availability, universality
Thermo Fisher Scientific's TRACE GC ultra gas chromatography provides a variety of injection methods, allowing you to choose the appropriate injection method based on the properties of your sample and target substance. In routine operations, multiple injection methods ensure the reproducibility, sensitivity, and reliability of *. Users can choose from two existing injection positions and the following injection methods:
Standard Split/No Split (SSL)
Truly cold column head
Programmed temperature gasification injection port (PTV)
All traditional gas chromatography detectors can be applied to the ultra-high gas chromatography of TRACE GC. The detector can screen ions, and the combination of gas chromatography and mass spectrometry technology can confirm the information obtained by the detector on the same instrument. The selection of detectors includes flame ionization detector (FID), electron capture detector (ECD), photoionization detector (PID), thermal conductivity detector (TCD), nitrogen phosphorus detector (NPD), flame photometric detector (FPD), pulse discharge helium ionization detector (PID), and series electron capture detector.
