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Gas chromatography mass spectrometry GC-MS-879 Catalog

Gas chromatography mass spectrometry GC-MS-879

Gas chromatography mass spectrometry GC-MS-879

Overview

Gas chromatography mass spectrometry GC-MS is a high precision Gas chromatograph mass spectrometer with pre-filter mass analyzer and electron multiplier ensuring high sensitivity. Desorption for solids is performed at controlled temperature between 100 ~ 350 °C with a flow rate of 1 to 1.5 ml / min. With seven stage temperature programming and an interface temperature of 450 °C the analysis is sensitive and specific.

Features

  • - Column flow rate is 1 ~ 1.5 ml / min
    Maximum flow rate is 10 ml / min
    Simultaneous analysis with different components increasing productivity
    Electronic flow control system
    Mass analyzer with pre-filter reducing quadruple filtration
    Turbo molecular pump vacuum system for stability and reliability
    Software controlled auto sampler , gas chromatograph and mass spectrometer
    Screens and quantifies more than 1000 compounds in a single run
Specifications
Gas Chromatography SpecificationsModel No: GC-87
Flow rate: 1 ~ 1.5 ml / min
Maximum flow rate: 10 ml / min
Inlet temperature: 450 °C
Pressure range: 0 ~ 100 psi
Heating rate: Upto 120 °C / min
Room temperature: 4 °C ~ 450 °C
Pressure control mode: Electronic pressure control ( Supports CV and CC )
Split mode: Split / split less
Split ratio: 1000 : 1
Temperature programming: 7 stages / 8 platforms
Auto sampler: Optional
Mass Spectrometry SpecificationsModel No: MS-89
Mass range: 1.5 ~ 1000 amu
Ion – source temperature: 100 °C ~ 350 °C
GC-MS interface temperature: 450 °C
Scan rate: Upto 10000 amu/s
Stability: ± 0.10 amu / 48 hrs.
Filament emission current: 0 ~ 350 µA
EI source ionization energy: 5 eV ~ 250 eV
Resolution: Unit resolution
Detector: High energy dynode electron multiplier
Sensitivity: Full scan ( S / N is ≥ 30 : 1 )
Vacuum: Turbo molecular pump ( 67 L/s )
Applications :

Used in identifying and quantifying volatile organic compounds in mixtures, testing residual solvents, identification of trace impurities in liquids or gases, evaluating extracts from plastics, contaminants on semiconductor wafers or other technology products

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