Coating variables that affect electrode quality
Slurry rheology, wet-film thickness, linear speed, substrate handling and drying all influence electrode uniformity and process repeatability.
Battery electrode coating · AutoCoat Scientific
Laboratory coating equipment for battery electrodes and energy storage
Develop repeatable electrode films with controlled blade gap, coating speed, substrate temperature and drying conditions.
A modular laboratory route
Blade coating supports formulation screening, while larger-format and integrated platforms help translate promising conditions into more representative process studies.
Research questions
Frequently asked questions about Battery electrode coating
Which coating method is used for battery electrodes?
Doctor-blade and slot-die coating are common research routes for applying electrode slurries to current-collector substrates.
Why is coating repeatability important?
Comparable coating and drying conditions make it easier to relate formulation changes to electrode performance instead of uncontrolled process variation.
Application engineering
Turn your material into a controlled process.
Share your material, substrate and target scale. AutoCoat will help define the most suitable equipment and configuration.
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