About Thermo Gravimetric Analyzer
The Thermogravimetric Analyzer(TGA) measure weight change as a function of time or temperature. The TGA uses a vertical design which provides high sensitivity and stable baseline performance. Evaluation of fillers, bound water, unbound water, antioxidants, and thermal stability are examples of some of the capabilitiesAdvanced Material AnalysisEquipped with high purity Kanthal or optional platinum heating elements, the Thermo Gravimetric Analyzer supports temperature profiles up to 1200C, facilitating the analysis of materials' thermal stability and composition. The instrument offers programmable heat ramp rates and uniformity, ensuring accuracy and consistency across applications ranging from basic laboratory research to advanced quality control.
User-Centric Operation & AutomationThe analyzer features intuitive control via a microprocessor and digital LCD display. Automatic tare, real-time data output, and integrated alarm systems enhance usability and workflow efficiency. The built-in calibration function ensures accuracy for every test while safety mechanisms safeguard both operator and device, making it ideal for demanding laboratory environments.
Flexible Atmosphere Control and Data ManagementAtmosphere control accommodates inert, oxidizing, and reducing gases via a 6 mm OD inlet (0.1-0.5 MPa), allowing for tailored testing conditions. Data can be stored internally or exported to external USB storage, with robust compatibility supporting Windows 7/8/10 software platforms. Such flexibility is beneficial for both short-term experiments and long-term research documentation.
FAQ's of Thermo Gravimetric Analyzer:
Q: How does the Thermo Gravimetric Analyzer maintain measurement accuracy during tests?
A: The analyzer utilizes a microbalance with electromagnetic force restoration technology, providing high sensitivity and precision (0.1% weight change, 0.1 g resolution). Built-in auto calibration ensures that results remain consistently accurate throughout each analysis.
Q: What types of crucible materials can be used with the analyzer, and when should I choose each type?
A: The instrument supports ceramic/alumina crucibles, with platinum available as an option. Ceramic and alumina are suitable for standard thermal analysis, while platinum is recommended for tests requiring higher chemical resistance or when using aggressive reagents.
Q: Where can I use the Thermo Gravimetric Analyzer, and what are its typical applications?
A: This analyzer is designed for benchtop use in laboratories, research institutes, and quality control labs. Its primary applications include thermal stability analysis, material composition studies, and quantitative weight loss determination under controlled atmospheres.
Q: What is the process for controlling the atmosphere in the analyzer during an experiment?
A: Atmosphere control is achieved by connecting appropriate gases to the 6 mm OD inlet at pressures ranging from 0.1 to 0.5 MPa. Users can select inert, oxidizing, or reducing atmospheres based on their experiment requirements, allowing precise simulation of environmental conditions.
Q: How is data output and storage managed in this Thermo Gravimetric Analyzer?
A: Data from each test can be stored internally or exported to external USB devices. The instrument also supports direct interfacing with a computer via USB or RS232, and is compatible with Windows 7/8/10 operating systems, facilitating easy documentation and analysis.
Q: What safety benefits does the analyzer offer during operation?
A: Operator and device safety are ensured through built-in overtemperature and overcurrent protection functions. An alarm system alerts users to potential hazards, and optional fan-assisted cooling helps maintain safe operating conditions during and after testing.
Q: When is it beneficial to use the programmable ramp rate and automatic tare features?
A: Programmable temperature ramp rates (0.01-200C/min) allow tailored heating profiles for specific sample requirements, enhancing experimental flexibility. Automatic tare ensures accurate mass measurements by subtracting container weight, streamlining the setup and reducing human errors.