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What is the Principle of Thermogravimetric Analysis?
Thermogravimetric analysis is extremely useful for administering quality control and ensuring that various industries, such as chemical, pharmaceutical, petroleum and polymer manufacturers, can comply with different safety procedures.
We can learn a lot about a material through thermogravimetric analysis. This includes its structure, purity and how quickly it dries, combusts or decomposes. It also examines how well a material can absorb liquid or remain stable under different levels of heat. Find out more about it below.
Fundamentals of Thermogravimetric Analysis
At its core, thermogravimetric analysis measures the ma...
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Why Use Thermogravimetric Analysis for Steel Production?
In the world of steel production, precision, efficiency, and quality control are paramount. One technique that stands out for its ability to enhance these aspects is Thermogravimetric Analysis (TGA).
TGA can measure weight loss or weight gain in a sample. It does this through a thermal function, as well as a function of time. By undertaking TGA, we can learn about how different materials react to specific heating rates.
Our article delves into the reasons why TGA is becoming an indispensable tool in steel manufacturing. We will also detail how it supports the industry’s advancement towards higher quality and more efficient production processes.
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