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Hitachi High-Tech GLOBAL


We have a range of webinars focusing on thermal analysis which are available to watch at a time that suits you. Scroll down to learn more about the techniques of thermal analysis and how they can be applied to a diverse range of applications and industries.

View our library of on-demand webinars for thermal analysis

See what is happening inside your furnace

    What you’ll learn:
  • The advantages of being able to see the samples while using thermal analysis techniques (DSC, STA, DMA and TMA)
  • Extra information which can be extracted from a visible image (e.g. RGB values)

Protecting your brand with thermal analysis of polymers

    What you’ll learn:
  • An introduction to individual techniques in the context of polymer analysis
  • Polymer-specific applications, such as establishing melting points, mechanical properties, material identification and confirmation on material composition

Introducing the NEXTA DSC

    What you’ll learn:
  • How the unique fully-integrated RealView camera system increases understanding of thermal processes and aids failure analysis – even down to -50ºC
  • How our engineers have achieved both high sensitivity and resolution in the NEXTA DSC range etc.

How thermal analysis can lead to a better future for plastics and the planet

    What you’ll learn:
  • The characterization of recycled plastics
  • Where thermal analysis is used in the recycled plastics lifecycle
  • Examples of how thermal analysis is used for specific processes

Why did it do that? Problem solving using thermal analysis

    What you’ll learn:
  • Several examples of how thermal analysis can help understand material misbehavior

Understanding Dynamic Mechanical Analysis (Part 1: The Basics)

    What you’ll learn:
  • The principles of how DMA measures as well as the basic applications like Tg, Tm, Modulus, and Curing

Understanding Dynamic Mechanical Analysis (Part 2: Advanced Topics)

    What you’ll learn:
  • The effects of frequency changes on materials, the use of such effects for understanding the nature of the transition, and methods of frequency scanning
  • The concept and application of Time-Temperature Superposition

How to simplify your DSC analysis with a dual cooling system

    What you’ll learn:
  • Why do we carry out low temperature analysis?
  • What is the advantage of having two cooling systems on a single instrument?

Contact Information

If you have any questions after watching any of these presentations, please contact us.