Thermal Analyzers
TGA N-1000 / 1500
Measuring Weight Change
as a Function of Time or Temperature
Effective measurement of thermal stability and oxidative stability is crucial for understanding material properties and performance.
SCINCO TGA N Series uses a vertical design that provides high sensitivity and stable baseline performance.
This advanced design ensures accurate and reliable measurements, making it an ideal choice for a wide range of thermal analysis applications.
The instruments are capable of evaluating fillers, bound water, unbound water, antioxidants and thermal stability and its advanced features allow for detailed analysis of material decomposition, moisture content, and oxidative behavior, providing comprehensive insights into material properties.
Whether you are conducting research in materials science, quality control or product development, SCINCO TGA N Series offers the performance and versatility needed to meet all your thermal analysis requirements.
Features
-
Accuracy
High sensitivity micro balance is equipped -
Speed
Max 0.1 – 300 ℃ / min fast heating rate (DSC N-1000) -
Versatility
Essential accessories are supported -
Robustness
Effective heat control design
DSC N-650
Powerful DSC that Measures
the Energy Absorbed or Released
Effective measurement of heats of reaction, glass transition, melting enthalpy, purity, and heat capacity is essential for material characterization and quality control.
The sensor of SCINCO DSC (Differential Scanning Calorimeter) is a heat flux plate, designed to provide superior performance and rugged reliability.
The heat flux plate is capable of measuring small energy changes over the entire temperature range, ensuring precise and accurate results.
SCINCO DSC is ideal for a wide range of applications, from determining the thermal properties of polymers and pharmaceuticals to assessing the purity of materials.
Its advanced design allows for detailed analysis of thermal events, providing critical insights into material behavior.
With SCINCO DSC, you can achieve high sensitivity and reproducibility in your measurements, enhancing the reliability of your data.
Features
-
Accuracy
High sensitivity heat flux plate and low mass furnace is equipped -
Speed
Max 0.1 – 200 ℃ / min fast heating rate -
Versatility
Essential accessories are supported -
Robustness
Effective heat control design
STA N-650 / 1000 / 1500
The High Performance STA Features
0.1 Microgram Balance Resolution
Measuring thermal stability and oxidative stability is crucial for understanding material properties and performance.
STAs (Simultaneous Thermal Analyzer) of SCINCO are equipped with a highly sensitive heat flux plate that provides accurate and reproducible heat flow data, along with simultaneous weight measurement throughout the entire experiment.
This dual capability allows for comprehensive analysis of thermal and oxidative stability in a single run.
The instruments are ideally suited for evolved gas analysis, thanks to its low purge gas flow and excellent sample environment.
This ensures precise detection of gases released during thermal decomposition or oxidation processes, providing deeper insights into material behavior.
SCINCO STA can be configured to meet all your specific thermal analysis testing needs.
Features
-
Accuracy
High performance balance is equipped -
Versatility
Essential accessories are supported -
Robustness
Efficient cooling design
TMA N-800
Capable of Giving Excellent Data on a Diverse Range of Materials
TMA N-800 by SCINCO is a robust Thermomechanical Analyzer designed for precise measurement of thermal expansion in various materials.
It features an Oil Float Suspension System for stability and operates over a temperature range of -90°C to 800°C. This makes it ideal for determining the glass-transition temperature and other critical thermal properties that affect the performance of electronic components.
The all-metal furnace ensures thousands of hours of reliable operation, and the motorized furnace lift with position sensors provides smooth and safe repositioning.
The TMA N-800 is suitable for small components and circuit boards, offering accurate and efficient coefficient of expansion measurements.
Features
-
Performance
Sensitive Detection of Transitions -
Accuracy
Accurate Coefficients of Thermal Expansion -
Versatility
Simplicity of Operation