Thermogravimetric Analysis TGA - Explained

In this short TGA movie, we provide information on how Thermogravimetric Analysis (TGA) can be applied to help solve your analytical problems. www.ptgeindhoven.nl

Thermogravimetric Analysis (TGA) | Precise Temperature-Weight Insights!
Welcome to our YouTube channel! Find out the fascinating world of Thermogravimetric Analysis (TGA), an analytical technique that unveils the hidden properties of materials as they react to changing temperatures.
In TGA movie, we measure the mass of a sample as it responds to varying temperatures, enabling us to detect even the tiniest weight fluctuations, down to a fraction of a microgram. This level of precision empowers us to unravel intricate changes in both physical and chemical characteristics of substances.
The applications of TGA are boundless, spanning a wide array of industries. From plastics, elastomers, and thermosets to mineral compounds and ceramics, TGA is an indispensable tool for quality control and research.
Here are just a couple of real-world examples of how TGA can work its magic:
Polymer Degradation Point Determination:
Ever wondered how to set the perfect processing temperature for a specific type of polymer without compromising its integrity? TGA comes to the rescue! We'll show you how TGA helps identify the degradation point of polymers, ensuring precise temperature control during processing.
Unveiling Inorganic Filler Content:
In composite materials, knowing the exact content of inorganic fillers like glass fibers is crucial. TGA can help you precisely quantify these components, providing vital insights for composite material engineering.
But wait, there's more! TGA analysis can be combined with IR-GCMS, where the power of thermal analysis meets the precision of spectroscopy.

For more information on Thermogravimetry please feel free to contact us: www.ptgeindhoven.nl/contact/