What are All-Solid-State Batteries

All-solid-state batteries (ASSBs) have emerged as a promising solution to address the limitations of traditional lithiumion batteries (LIBs). These ba

Exploring the Future of Battery Technology

Look at Emerging Trends in Batteries Showing Promising Potential for the Future

Read about Emerging Battery Trends including Solid-State, Li-Ion, Na-Ion and Recycling

A Guide to electrochemical Li-ion Battery Research and Development

Main principles and techniques to study the performance of batteries and battery materials

Overview of main principles and electrochemical techniques to study the performance of batteries and battery materials

Electrochemical impedance spectroscopy for the characterisation of battery cells

What matters in EIS - basics and recommendations for meaningful measurement results

Interesting details on electrochemical impedance spectroscopy, an important tool in the characterisation of battery cells in R&D and QC

Improving the quality of dry lithium-ion cathode mixtures through torque rheometry

Characterization of PTFE fibrillation in dry electrode formulations with a measuring mixer

Optimum formation of PTFE fibrils is essential for dry processing of cathode active material.

Benefits of twin-screw extrusion for solvent-reduced lithium-ion batteries

Increased performance, cost efficiency and environmental friendliness

Twin-screw extruders help to realize the many advantages of solvent-reduced batteries simply and cost-effectively.

Battery Slurry Mixing with the SpeedMixer Technology

Accelerating the future of Battery Development

Discover the SpeedMixer Technology and how it can help to eliminate mixing challenges in slurry applications

Why LiB researchers should embrace interfacial testing and analysis

Discover why lithium-ion battery producers in the EV sector need interfacial testing

Leverage surface science to meet the demands of a thriving electric vehicle industry!

Understanding Biopolymer Behavior

A guide to optimizing material selection for product performance and processing conditions

Eco-conscious demand boosts recycled and biopolymers. Standardize processes for consistency. Analyze materials for reliable, sustainable use.

How to Ensure Polymer Strength and Durability with Mechanical Testing

Tensile and Fatigue Testing for Longevity and Reliability of Polymer Materials and Components

Polymer strength testing ensures reliable materials. Monotonic and fatigue tests guide selection. Early testing cuts costs by revealing weaknesses.