Ceramics are known for their thermal stability and mechanical strength – but how do they behave during processing or at extreme temperatures? In this webinar Jerzy Lech explains how methods like dilatometry, TGA and Laser Flash Analysis help characterize sintering behavior, thermal expansion, heat resistance and conductivity in technical ceramics. You’ll gain insights into how thermal analysis supports process optimization, […]

Metals play a central role in countless industries – from aerospace to automotive – and their thermal properties are key to processing and performance. In this webinar Dr. Hans Marx will demonstrate how techniques such as dilatometry, TGA and Laser Flash Analysis can be used to reliably determine key parameters like thermal expansion, melting behavior, oxidation stability and thermal conductivity. […]

Precise thermal data is essential when it comes to evaluating materials in research and industry. In this session Dr. Hans Marx will introduce the capabilities of Linseis Laser Flash Analyzers and explain how they are used to measure thermal diffusivity, conductivity and specific heat in solids, liquids and layered systems. With a temperature range from -100 °C to 2800 °C and flexible […]

Join Michael Gerlach, our Thermal Analysis Specialist, for a focused session on polymer characterization using Linseis technologies. The webinar highlights DSC as a key method to analyze glass transition, melting and crystallinity in polymers.TGA and Dilatometry will also be introduced to assess thermal stability and expansion behavior. Learn how thermal analysis supports material development, process control and quality assurance – […]

Thermoelectric materials are key to next-generation energy solutions — from waste heat recovery to active cooling. In this webinar, Erika Hahn, our specialist for thermoelectric characterization, will guide you through the principles and practical application of measurement methods for ZT determination like the Harman method. You’ll learn how to determine essential parameters like Seebeck coefficient, electrical and thermal conductivity of […]

How do construction materials behave under heat? In this webinar Sebastian Seibt takes a closer look at how dilatometry, thermogravimetric analysis and laser flash techniques can help answer that question. Using real-world examples from materials like concrete, ceramics and insulation, he will explain how to assess thermal expansion, fire resistance and heat conductivity. The session highlights how thermal analysis supports […]

Thermal analysis is a powerful tool in life science research especially when it comes to understanding how materials behave under temperature changes. In this webinar Dr. Heinz Renner will walk you through practical examples of how high sensitivity calorimetry can be applied to study biomaterials, pharmaceutical formulations and biochemical reactions. You’ll see how precise heat flow measurements help determine phase […]