PerkinElmer TGA8000-IR SP3-GCMS690

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The PerkinElmer TGA8000-IR SP3-GCMS690 Thermogravimetric Infrared Gas Chromatography Mass Spectrometry (TGA-FTIR-GCMS) System is an advanced hyphenated analytical platform designed for comprehensive characterization of thermal decomposition processes and evolved gases.

The TGA8000 module precisely measures sample mass changes under controlled temperature and atmospheric conditions, providing essential information on thermal stability, decomposition behavior, composition, and reaction mechanisms. The evolved gases generated during thermal analysis are simultaneously transferred to the FTIR system for rapid functional group identification, while selected decomposition products can be further separated and analyzed by GC-MS for detailed qualitative and quantitative characterization.

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Technical SpecificationsApplications

Module	Technical Specifications
TGA8000	Temperature range: -20 °C to 1200 °C Balance sensitivity: 0.1 μg Heating rate: 0.1 °C/min to 500 °C/min Vacuum capability: 10^-5 Torr
FTIR Spectrometer	Spectral range: 8,300–350 cm^-1 Spectral resolution: 0.4 cm^-1 Wavenumber accuracy: 0.02 cm^-1 Signal-to-noise ratio: 34,000:1
GC-MS System	Mass range: m/z 1–1,200 Mass stability: ±0.1 m/z Maximum scan speed: ≥12,500 Da/s Acquisition rate: up to 100 full-scan EI sensitivity (OFN): S/N ≥1,500:1

The PerkinElmer TGA8000-IR SP3-GCMS690 system is widely applied in advanced materials research, energy technologies, chemical analysis, catalysis, polymer science, and nanomaterial development. It enables detailed investigation of thermal degradation pathways, additive and component identification, reaction mechanisms, and evolved gas composition.

For polymeric materials, the system provides insights into decomposition temperatures, degradation products, and formulation components. In energy and catalytic research, it supports the study of reaction intermediates and thermal conversion processes. The combination of TGA, FTIR, and GC-MS delivers reliable compositional analysis and mechanistic understanding for complex materials systems.

By integrating thermal behavior analysis with chemical identification of evolved gases, this platform overcomes the limitations of standalone analytical techniques and provides deeper understanding of material transformations. With its high sensitivity, broad analytical range, and multidimensional analytical capabilities, the system supports research and development activities requiring precise thermal analysis, detailed investigation of decomposition mechanisms, and comprehensive characterization of material composition across a wide range of industries.

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