Live Webinar: Oxidation Induction Time by DSC
How Differential Scanning Calorimetry Is Used to Investigate Oxidation Induction Time of Oils, Polymers, and Foods
活动概述
- Why study oxidation induction time (OIT)?
- Basic principles of OIT and oxidation onset temperature (OOT)
- METTLER TOLEDO DSC and high-pressure DSC techniques
- Real-life OIT and OOT determinations of polymers, oils, and food
- Live Q&A with our experts
Oxidation of materials can lead to failure in their particular use or application. For example, polymers become brittle, edible oils become rancid, mineral oils undergo polymerization, and petrochemical products exhibit a change in viscosity.
Discover how oxidation induction time (OIT) by differential scanning calorimetry (DSC) can help you evaluate material stability, shelf-life, and long-term performance. Join the live webinar for practical insights into the principles, benefits, and application of OIT and oxidation onset temperature (OOT) testing, helping you better understand results and make informed decisions in your laboratory or production environment.
Whether you are new to OIT or looking to strengthen your existing knowledge, this session offers valuable insights from our experienced specialists.
Join the webinar to explore the OIT technique and get the chance to ask our experts your questions!
OIT Measurements
The OIT test is a standardized isothermal measurement performed with a differential scanning calorimeter (DSC) to measure the resistance of a material to oxidation. The sample is heated in an oxidative atmosphere and the time taken for the material to oxidize is measured. The test is typically used to evaluate the oxidative stability of oils, polymers, and foods, as well as to assess the effectiveness of antioxidants. These tests are frequently employed in research, process development, and quality control.
Register now to expand your understanding of this fascinating topic!
Expert
Luka Racman Knez
Luka Racman Knez completed a Bachelor’s degree in Chemical Technology at the University of Ljubljana and later pursued Master’s studies in Polymer Technology at the Faculty of Polymer Technology in Slovenj Gradec. During three successful internships in the Thermal Analysis department at METTLER TOLEDO, he contributed to exciting initiatives such as AIWizard™ and the TMA Robot. He also worked on research projects at the Jožef Stefan Institute in Ljubljana, where he synthesized liquid crystal elastomers and evaluated their mechanical properties. Luka joined METTLER TOLEDO as a permanent team member in 2025 and currently works as an Application Specialist, performing measurements with DSC, Flash DSC, TGA, TMA, and DMA, as well as evolved gas analysis (EGA).
