PerkinElmer TGA 8000 Thermogravimetric Analyzer

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The TGA 8000 is a high-performance thermal analysis system capable of precisely tracking sample mass changes as a function of temperature or time. With a modular design and high-sensitivity balance system, it provides accurate characterization of thermal stability, decomposition behavior, composition, and reaction processes across various materials.

The TGA 8000 features a precision balance with 0.1 μg sensitivity and a furnace operating from subambient temperatures up to 1,200 °C. Its vertical design, thermally isolated balance, and precision hang-down wire ensure accurate and reproducible measurements. Advanced temperature and gas control capabilities enable reliable analysis under inert, oxidizing, and reactive atmospheres.

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Key FeaturesTechnical SpecificationsApplications

Delivers an exceptionally wide effective temperature range from subambient up to 1,200 °C.
Supports ultra-flexible heating rates ranging from 0.1 °C to 500 °C/minute. Its low-mass furnace design combined with forced-air cooling enables rapid cooldown times, drastically speeding up sample turnaround.
Equipped with two integral mass-flow controllers for both balance and sample purge. The system allows seamless, software-driven gas switching directly via the Pyris™ platform.
Features an integrated 48-position autosampler to maximize efficiency and support round-the-clock testing demands.
Designed from the ground up for hyphenation, the system can be seamlessly coupled with complementary techniques such as FT-IR, MS, and GC/MS to drastically increase the depth of material analysis.

Parameter	Specification
Balance Sensitivity	0.1 μg
Balance Capacity	1300 mg
Balance Accuracy	Better than 0.02%
Balance Precision	0.01%
Furnace Type	Low-mass furnace (<10 g), platinum heating element with ceramic protective coating
Temperature Range	-20 °C to 1200 °C
Heating Rate	0.1 °C/min to 500 °C/min
Temperature Precision	±1 °C
Cooling Method	Forced-air cooling with external fan
Cooling Cycle Time	1100 °C to 50 °C in less than 13 min
Gas Control	Mass-flow controlled balance purge and sample purge
Gas Mixing	Optional, up to 3 gases
Vacuum Capability	10^-5 Torr
Autosampler	48-position

The PerkinElmer TGA 8000 supports a broad range of thermal analysis applications, including:

Thermal Stability Analysis: Measuring mass changes during controlled heating to determine thermal stability, decomposition temperatures, and degradation behavior of materials.
Composition and Quantitative Analysis: Determining volatile content, ash content, fillers, additives, and other components through precise measurement of weight loss, applicable to polymers, ceramics, metals, and other materials.
Decomposition Kinetics Research: Evaluating reaction mechanisms, activation energy, and kinetic parameters by analyzing thermal decomposition behavior at different heating rates.
Oxidation and Reduction Studies: Investigating oxidation stability and reduction processes under controlled atmospheres, including oxygen, nitrogen, and argon environments.
Adsorption and Desorption Evaluation: Characterizing material interactions with moisture and gases by measuring adsorption behavior and desorption temperatures.
Combustion and Thermal Reaction Studies: Supporting the evaluation of combustion-related mass changes and thermal reaction processes under controlled testing conditions.

The integration of the PerkinElmer TGA 8000 Thermogravimetric Analyzer strengthens laboratory's capability in advanced thermal characterization and material performance evaluation. With high-resolution mass measurement, flexible temperature programming, precise atmosphere control, and automated sample handling, the instrument enables accurate analysis of complex thermal behaviors across polymers, energy materials, catalysts, pharmaceuticals, and advanced materials. By combining advanced instrumentation with professional analytical expertise, laboratory can provide reliable thermal analysis services to support material development, failure investigation, formulation optimization, and quality control requirements.

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