Analytical Sciences / Physico-chemical analysis / Thermal analysis / TGA / Pyris TGA 9 Thermogravimetric Analyzer 
Pyris TGA 9 Thermogravimetric Analyzer
Perkin Elmer
Ensure precise thermal analysis, essential for material characterization, product development, and quality control processes.
The Pyris TGA 9 offers precise and efficient thermogravimetric analysis thanks to its modular design, intuitive interface, and ability to operate across a wide temperature range.
Advantages
- Interchangeable Furnaces : Modular design with interchangeable furnaces between TGA and STA instruments, offering great flexibility and versatility for budget-conscious labs.
- Intuitive Touchscreen : Start and stop the instrument, as well as other basic functions, directly from the instrument’s responsive touchscreen.
- Unattended Operation : 48-position autosampler for single sample autoloading or for multiple sample analysis overnight.
- Proven Reliability : The compact design, combined with 25 years of proven reliability, provides better temperature control, fast heating and cooling times, and precise measurements.
The Pyris TGA 9 sets a new standard in thermogravimetric analysis by combining TGA and DSC data collection. With an extensive temperature range and precise control through a responsive touchscreen, it ensures accurate material characterization and reliable data.
| Specification | Details |
|---|---|
| Balance Capacity | 1500 mg |
| Furnace Design | Vertical, Top-loading |
| Temperature Range | 15 – 1100 °C |
| Balance Resolution | 0.1 µg |
| Heating Rate | 1 to 300 °C/min (controlled), >450 °C/min (ballistic) |
| Cooling Rate | 1000 to 30 °C in less than 20 minutes |
| Balance Accuracy | ± 0.005% |
| Balance Precision | ± 0.005% |
| Temperature Accuracy | < 0.6 °C |
| Temperature Precision | < 0.6 °C |
| Dynamic Balance Drift | < 30 µg |
| Sample and Programme Temperature Correlation | < 0.01 °C |
| Sample and Programme Temperature Repeatability | < 0.01 °C |
| Sample Pans | Alumina, Platinum |
| Purge Gas | Nitrogen, Helium, Argon (Inert), Compressed Air, Oxygen (Oxidative) |
| Weight | |
| Physical Dimensions | |
| Instrument Control | Pyris Software control or stand-alone operation using the integrated touchscreen |
Quantitative compositional analysis
Study of decomposition temperatures
Measurement of engine oil volatility (TGA Noack test)
Thermal stability studies
Lifetime predictions via TGA kinetics software
Measurement of volatiles such as water and oil
Oxidative stability studies
Catalyst and coking studies
Hyphenation for product identification
