Unlocking Battery Interface Insights with Cryo Vacuum Workflows Dr. Kevin Matthews and Dr. Seth Villarreal Dr. Kevin Matthews and Dr. Seth Villarreal discuss cryo vacuum workflows and their impact on preserving sodium battery interfaces for accurate analysis.
Advancing Lithium-Ion Battery Performance With Spatial ALD Dr. Paul Poodt & Alexander Bouman Discover how SparkNano uses spatial atomic layer deposition to enhance lithium-ion batteries and scale nano coatings from lab to fab.
Rheo-Raman Technology: Unlocking Deeper Insights into Polymer Behavior from Lab to Industry Sunny Sidhartha and Dr. Thomas J. Wallin Discover how Rheo-Raman technology provides real-time insights into polymer behavior, enabling advanced research and faster quality control decisions.
Unigraph 9000™: A Graphite Thermal Interface Material (0.032 mm)The UniGraph 9000™ graphite thermal interface material provides outstanding thermal conductivity and effective heat spreading performance. From Materials Direct
TrueMatch - Raman Spectral Database Management SoftwareThis product profile describes the TrueMatch-Raman Spectral Database Management, its key features, and its application to identify sample components. From Oxford Instruments Materials Science
The VERTEX NEO Ultra: The New Gold Standard for Benchtop FT-IR SpectrometersThe VERTEX NEO Ultra Bench-Top Vacuum FT-IR System is a fully automated vacuum FT-IR instrument that provides high resolution, a wide spectral range, and research-grade reliability. From Bruker Optics
5PLASRECO Promotes a Sustainable Alternative to PFAS Coatings in the Packaging, Leather, and Textile Sectors
Carbon Steel vs Alloy Steel: Which is Better?Which type of steel should you use? Alloy or carbon? This analysis explores both, highlighting their unique properties and performance in industrial applications, as well as their corrosion resistance.
High-Entropy Alloys in the Search for Hydrogen Storage SolutionsThe unique properties of high-entropy alloys make them ideal for hydrogen storage, offering advantages in stability and performance over traditional materials.
Mycelium: How Fungi Turns Agricultural Waste to Advanced MaterialsMycelium materials can grow from agricultural and food waste, forming foams, panels, and textiles that challenge plastics in packaging and construction.
How Advanced Lightweight Thermal Materials Are Transforming Aerospace Design From Materials Direct 22 Dec 2025
Top Features to Consider in a Submersible Particle Size Analyzer From Bettersize Instruments Ltd. 19 Dec 2025
Unlocking Cooking Dynamics in Plant-Based Burgers Using Time Domain NMR From Oxford Instruments Food 18 Dec 2025
Failure Analysis of Automotive Coating Defects From Thermo Fisher Scientific – Electron Microscopy Solutions 18 Dec 2025