Tga Thermal Gravity Analysis | Accurate Material Thermal Stability Test

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Tga Thermal Gravity Analysis | Accurate Material Thermal Stability Test

Explore the core principles and applications of TGA thermal gravity analysis. Whether it is materials science, pharmaceuticals or environmental research, TGA can provide highly accurate mass change data to help you make informed research and development decisions.
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Tga Thermal Gravity Analysis Advantages

High precision and sensitivity

TGA thermal gravity analysis can accurately measure the mass change of samples during heating, suitable for detecting small mass losses and providing reliable data support.

Wide range of applications

TGA can be used to analyze a variety of materials, including polymers, metals, inorganic compounds and biomaterials, suitable for materials science, chemistry, pharmaceuticals, food science and other fields.

Thermal stability evaluation

TGA can help researchers evaluate the thermal stability and decomposition temperature of materials, identify the behavior of materials under high temperature conditions, and ensure the applicability of materials.

Rapid testing

TGA thermal gravity analysis are usually relatively fast and can obtain effective results in a short time, suitable for high-throughput experiments and rapid screening.

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Tga Thermal Gravity Analysis Applications

Tga thermal gravity analysis has a wide range of applications in many fields. The following are some of the main application areas and specific examples:

1. Materials Science

Polymer Analysis: TGA thermal gravimetric analysis is used to evaluate the thermal stability, decomposition temperature and volatile components of polymers to help select suitable polymer materials.
Composites: Used to study the thermal behavior and decomposition characteristics of composite materials to optimize material performance.

2. Pharmaceutical Industry

Drug Stability Testing: TGA can be used to evaluate the thermal stability of drug ingredients, analyze the decomposition characteristics of drugs at different temperatures, and ensure the safety and effectiveness of drugs during storage and use.
Excipient Analysis: Analyze excipients in drug preparations to determine their thermal properties and interactions.

3. Environmental Science

Waste Treatment: TGA is used to study the thermal decomposition characteristics of waste, evaluate the mass change and energy release during its thermal treatment, and help optimize waste management strategies.
Soil and Sediment Analysis: Analyze the organic matter content and thermal stability in soil and sediments to provide data support for environmental monitoring.

4. Food Science

Food composition analysis: TGA can be used to analyze the thermal properties of moisture, fat and other components in food to help evaluate the quality and stability of food.
Storage condition optimization: By studying the quality changes of food under different storage conditions, it helps improve storage and packaging technology.

FAQ

How to interpret the results of TGA thermal gravity analysis test?

TGA results are usually presented as a graph of mass change versus temperature or time (TGA curve). By analyzing the characteristics of the curve (such as the temperature range and rate of mass loss), the thermal stability and decomposition mechanism of the material can be inferred.
The temperature range of TGA is usually from room temperature to 1000°C or higher, depending on the design of the instrument and the nature of the sample.
The sample should be uniform and of appropriate amount, usually a few milligrams. The shape and size of the sample should be suitable for the sample pan of the TGA thermal gravity analysis to avoid being too large or too small to affect the test results.

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See What Customers Say

Carlos Silva

We use TGA to analyze the organic matter content in soil samples. The instrument is highly sensitive and is able to detect trace components. The accuracy and reliability of the results allow us to provide strong data support for environmental assessments.

Alison

TGA thermal gravity analysis perform well when studying the thermal properties of food ingredients. We are able to clearly identify the volatility and thermal decomposition behavior of different ingredients. This is very important for optimizing our food formulations and storage conditions.

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Why Choose Us

Why Choose Us

SKZ tga thermal gravity analysis uses imported ARM processor, with faster sampling and processing speed.
Four-channel sampling AD collects TG signal and temperature T signal.
Heating control uses PID algorithm for precise control. Multi-stage heating and constant temperature.