Electrode Rolling/Calendering TRIZ Cases

Adding organic carbonate above its melting point to binder solution creates slurry, eliminating toxic solvent removal and reducing energy consumption.

Electrolyte contact improves electrode coating flexibility, preventing cracks during winding while maintaining energy density and eliminating toxic byproducts.

Conductive flakes form a three-dimensional matrix within fibrillatable polymers to enhance tensile strength and reduce electrical resistance.

A two-step coating process fills three-dimensional electrode substrates with active material paste to ensure uniform distribution.

A silver nanowire electrode thin film method using controlled roller coating and substrate heating to align nanowires.

Acrylamide polymer in anode binder mixture strengthens electrode adhesion, reducing manufacturing defects and interfacial resistance.

A lithium transition metal composite oxide positive electrode paired with a graphite and amorphous carbon negative electrode mixture.

Selective conductive coating spacing prevents active material separation while single-step slurry merging boosts manufacturing productivity.

A lithium battery electrode uses clustered active material domains to enhance electrolyte infiltration and contact area.

Aerosolized electrode materials blend with carbon nanotubes to form self-standing electrodes embedded in polymer packaging.