From Assembly to Reliability: De-Risk Electronics Design with Material Characterization

Electronics

eBook From Assembly to Reliability: De-Risk Electronics Design with Material Characterization Five Essential Testing Techniques for Your Electronics Adhesives, TIMs, and PI Films Modern electronics are thinner, hotter, and more flexible than ever, putting enormous pressure on the materials quietly holding everything together. This eBook reveals how three essential material classes shape device performance: pressure…

Quantifying Molecular Interactions

Biopharma, Pharmaceuticals

eBook Quantifying Molecular Interactions A Drug Developers Guide to Isothermal Titration Calorimetry Since the characterization of binding events is central to understanding any physiological process at the molecular level, biochemical and biomedical research requires methodologies for precisely analyzing binding reactions. Isothermal Titration Calorimetry (ITC) is rapidly becoming the method of choice for quickly and accurately…

A Selection Guide for Mechanical Testing

Aerospace / Military, Batteries, Medical Devices, Polymers

eBook From Lab to Application: How Mechanical Testing Ensures Strength and Reliability A Selection Guide for Mechanical Testing Mechanical testing encompasses a variety of analysis techniques that measure how materials respond to different stresses and strains. Mechanical testing can be used to characterize materials in a variety of ways, from analyzing their structure to ensuring…

Beyond the Spec Sheet: Revealing Polymer Structure and Properties Through Material Analysis

Polymers

White Paper Beyond the Spec Sheet: Revealing Polymer Structure and Properties Through Material Analysis Testing and Validating Polymer Strength and Durability for Real-World Applications As industries push for stronger, more durable materials in demanding applications like aerospace, automotive, and electronics, understanding polymer’s real-world performance beyond standard specification is crucial. Material selection usually begins with the…

Analytical Instruments for Optimizing Polymer Processing

Polymers

White Paper Analytical Instruments for Optimizing Polymer Processing Processing conditions can influence a polymer’s performance as much as its chemical formulation. The material’s thermal and shearing history and its fillers, fibers, stabilizers, or other additives help determine many of its properties. Laboratory analysis can help optimize polymer processing conditions, diagnose issues in an existing process,…

Thermal Stability Technology Selection Guide for Biotherapeutic Drug Development

Biopharma

eBook Thermal Stability Technology Selection Guide for Biotherapeutic Drug Development A guide to automated biologics stability testing for ensuring product quality and supporting regulatory approvals How to choose a thermal stability screening solution for your workflow Thermal stability testing is a mandatory step in biotherapeutic development. Regulations require stability studies to prove biotherapeutics’ safety and…

The Power of Powder Rheology for Lithium-Ion Battery Electrode Manufacturing

Batteries

White Paper The Power of Powder Rheology for Lithium-Ion Battery Electrode Manufacturing Powders are the functional building blocks of lithium-ion batteries and the ideal raw materials for their electrodes because they provide a high surface area for charge transfer. Understanding powder properties is pivotal to optimize electrode fabrication. In this white paper, learn how powder…

How to Ensure Polymer Strength and Durability with Mechanical Testing

Polymers

The drive for consumers, brand owners, and corporations to become more eco-conscious in their purchases has led to an increased demand in sustainably sourced materials. Several industries have started initiatives to incorporate the use of recycled materials as well as bio-derived materials. In the case of bio-derived materials, industries using polymers have interest in biopolymers; however, these materials come with unique challenges.

Understanding Biopolymer Behavior

Polymers

The drive for consumers, brand owners, and corporations to become more eco-conscious in their purchases has led to an increased demand in sustainably sourced materials. Several industries have started initiatives to incorporate the use of recycled materials as well as bio-derived materials. In the case of bio-derived materials, industries using polymers have interest in biopolymers; however, these materials come with unique challenges.

Battery Testing and Materials Characterization

Batteries

Guide Battery Testing Selection Guide A Selection Guide for Analytical Solutions Unlocking the Full Potential of Batteries Cutting-Edge Analytical Solutions for the Next Generation of Battery Development The race for the next generation of battery technology is well underway. In just a few decades, rechargeable batteries have grown well beyond their roots in consumer electronics…