Choose the right instrument.
Get better data.
Build exceptional products.
Learn how characterizing material changes under different temperatures can support successful design, processing, and end use product performance.
Discover six key thermal analysis techniques and what they measure
Identify which techniques support your specific application
Learn why thermal analysis is essential for performance, safety, and reliability
Explore how to incorporate thermal data for informed decision making
Whether you’re developing next‑generation batteries, validating pharmaceutical stability, or engineering advanced composites, thermal analysis is essential for ensuring the ultimate performance and reliability of your products.
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WHAT YOU WILL LEARN
Thermal analysis helps you design better materials
In this guide, you’ll learn how thermal analysis techniques like DSC, TGA, TMA, DMA, and sorption analysis give you the data you need to make confident decisions — without adding unnecessary complexity to your workflow. Here are just a few of the insights inside:
How to solve common material development challenges
Incomplete cure. Moisture uptake. Unexpected degradation. Common material issues can be diagnosed and prevented using thermal analysis to accelerate development and avoid costly failures.
The right measurement for your application
Whether you’re working on durable composites, safer batteries, or sensitive pharmaceuticals, the right thermal analysis technique will guide smarter decisions and more reliable products.
Which instrument matches your goals
Which instrument offers the right data for your application? When should you combine techniques? Explore the options to make an informed choice.
WHO THIS GUIDE IS FOR
Research, Development, and Quality Control Labs
We break down which instruments suit specific use cases in advanced materials, batteries, electronics, polymers, and pharmaceutical applications. You’ll learn which properties you need to measure and how to apply the data in this practical guide.
Advanced Materials Scientists
Optimize your material’s processing, quantify thermal stability and degradation, and predict product lifetime in realistic end-use conditions.
Battery & Electronics Developers
Learn how to prevent thermal runaway and failure by identifying decomposition onset, preventing mechanical failure, and optimizing material performance for safer electronics and batteries.
Pharmaceutical Scientists
Gain critical insights into polymorphism, crystallinity, amorphous content, and thermal stability to ensure product integrity throughout manufacturing, transportation, and storage.