Fingerprinting Recycled Thermoplastic Resins for Process Optimisation

Fingerprinting Recycled Thermoplastic Resins for Process Optimisation

Webinar Fingerprinting Recycled Thermoplastic Resins for Process Optimisation Change is underway – thanks to a shifting perspective and evolving consumer sentiments, virgin resins are being surpassed by post-consumer recycled material (PCR). This move has implications across the entire plastic value chain, from polymer manufacturers to compounders/masterbatchers and converters. However, when compared to virgin resins, PCR…

Battery Testing Methods for the Next Generation of Battery Development

FREE EBOOK • BATTERIES Battery Testing Methods for the Next Generation of Battery Development Discover cutting-edge material analysis solutions supporting battery research, development, and quality control, from individual materials to whole-cell testing. Find the right analytical solution to validate battery material quality and safetyOptimize battery chemistry and processing methods for higher performanceEnsure thermal stability and…

Dispensing solder paste onto a circuit board, a prime example of rheology’s role in electronics manufacturing.

Optimize Electronics Dispensing and Flow for Higher Throughput with Rheology

Dispensing and flow are important for a variety of electronics manufacturing techniques and materials. From the precise application of solder pastes and adhesives to new developments in flexible electronics and additive manufacturing methods, rheology plays a key role in improving processability, product quality, and manufacturing consistency.

From Concept to Verification Overcoming the Complexities of Nitinol Fatigue Testing

From Concept to Verification: Overcoming the Complexities of Nitinol Fatigue Testing

Webinar From Concept to Verification: Overcoming the Complexities of Nitinol Fatigue Testing Waters Materials Sciences, in partnership with Medical Design & Outsourcing and Resonetics, is pleased to present this on-demand webinar. Fatigue testing of nitinol medical devices demands proof of durability through hundreds of millions of cycles—often up to 600 million. Achieving this within practical…

Selecting Candidates & Optimizing Drug Formulations – Leveraging Heat, Weight, and Flow

Selecting Candidates & Optimizing Drug Formulations – Leveraging Heat, Weight, and Flow

Webinar Selecting Candidates & Optimizing Drug Formulations – Leveraging Heat, Weight, and Flow Selecting the right drug candidates and formulating them for success requires more than isolated data points—it demands a holistic understanding of how biomolecules behave and interact with each other. In this webinar, we will demonstrate how microcalorimetry, thermal analysis, and rheology deliver…