Register now for one of our free webinars and dive into the world of thermal analysis, rheology and fire testing.
On demand: LFA의 새로운 홀더 소개
TG-FTIR Unlocked: Tips & Tricks for Better Measurements
从“软塌塌”到“挺括有型”——流变学教会生物材料如何“刚柔并济” (Tough Enough to Hold, Soft Enough to Heal – Rheology Shows Biomaterials How to Do Both)
AI-Driven Materials Discovery: The Role of Thermal Analysis in Autonomous Research
Expert Talk: Introducing the New LFA 707 StratoFlash® Classic
DMA Fundamentals: Introduction to Dynamic Mechanical Analysis
Introduction to Artificial Blood: Rheological Characterization of Blood-Mimicking Materials
DSC para produtos farmacêuticos: compreenda o comportamento térmico, aprimore as formulações
Introduction to TGA, STA and Evolved Gas Analysis in Pharmaceutical Characterization
Expert Interview: The Future of Food with Prof. Julian McClements
Understanding Food Oral Processing and Gastric Digestion with Rotational Rheometers
DMA with NETZSCH: Instruments, Software and Application Support
Characterizing Materials for Cooling the Next Generation of Computing
From Measurement to Result: LFA Software Workflow and Data Evaluation
Silicone Fiber Coatings for Cochlear Implants: From Rheology to Electrospinning
Practical Applications of TGA and EGA in Pharmaceutical Characterization
Pea Protein Rheology: Heat-Induced Gelation and Digestion Behavior
DMA Applications in Polymers: Measuring Properties, Understanding Behavior
Introduction to Rotational Rheology for Pharmaceutical Characterization
From Rheometer to 3D Bioprinter: Measuring What Bioinks Really Experience During Printing
LFA for Metals, Ceramics & More: Thermal Properties in Demanding Materials
Engineering Adaptable Blood-Mimicking Fluids for Microvascular Applications
Advanced DMA Applications: Rubbers and Non-Polymeric Materials
Oscillatory Rheology for Structure, Stability and Performance Evaluation
LFA in Nuclear Applications: Thermal Properties for High-Reliability Materials
DMA in Practice: Making Laboratory Work Easier with DMA
