Wettability plays an important role in both lithium-ion battery manufacturing as well as performance and safety of the batteries. Studying the wettability at different stages of the manufacturing process is thus crucial and will deepen the understanding needed to produce even better batteries in the future.
Interfacial tension measurement can be used to assess the quality of transformer oils. Our Sigma Transformer Oil force tensiometer is specifically designed for the quality control of transformer oils. It follows IEC 62961 and ASTM D971 standards to measure the interfacial tension between transformer oil and water as a simple quality control measure for the oil.
Battery performance, safety and lifetime depend on processes at the electrode–electrolyte interface. EQCM-D (Electrochemical Quartz Crystal Microbalance with Dissipation monitoring) enables real-time analysis of electrochemical phenomena such as mass changes, layer formation and interfacial dynamics, helping you understand battery materials and optimize performance.
The efficiency and lifetime of batteries, fuel cells and electrolysis technologies depend on electrode reactions and interfacial changes during operation. EQCM-D (Electrochemical Quartz Crystal Microbalance with Dissipation monitoring) enables real-time analysis of these electrochemical processes, helping you understand reaction mechanisms, material behaviour and degradation pathways that influence performance.
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