BYK Electrical Energy Storage & Conversion
BYK Electrical Energy Storage & Conversion is an additive category for electrical energy storage and conversion applications, especially in lithium-ion battery production, electrode slurries, and ceramic-coated separators. BYK additives are designed to help improve production efficiency, slurry stability, coating quality, and material performance in modern battery systems.
In Li-ion battery production, good particle dispersion is essential for anode, cathode, and separator coating performance. BYK wetting and dispersing additives help disperse conductive carbons such as carbon black and carbon nanotubes or CNTs, enabling more homogeneous electrode slurries and supporting viscosity reduction in slurries based on lithium iron phosphate (LFP), lithium nickel manganese cobalt (NCM), lithium nickel cobalt aluminum (NCA), and other active materials.
BYK Electrical Energy Storage & Conversion also includes additives for ceramic separator coatings, including alumina and boehmite dispersion. Surface additives help optimize substrate wetting and leveling by reducing surface tension, while defoamers, rheology additives, and binders help control foam, flow behavior, adhesion strength, mechanical resistance, and heat resistance in electrode and separator coating systems.
| Applications | Product | Product Information | Information Link |
| Lithium-ion batteries, electrode slurries, anode manufacturing, cathode manufacturing, ceramic-coated separators, separator coatings, conductive carbon dispersion, carbon black, carbon nanotubes (CNTs), LFP, NCM, NCA, alumina dispersion, boehmite dispersion, substrate wetting, leveling, viscosity reduction, foam control, rheology control, adhesion strength, mechanical resistance, and heat resistance | Electrical Energy Storage & Conversion | BYK additive category for energy storage and battery material applications. Supports electrode and ceramic-coated separator production through wetting and dispersing additives, surface additives, defoamers, rheology additives, and binders to improve particle dispersion, electrode slurry homogeneity, viscosity control, substrate wetting, defect-free coating, adhesion strength, mechanical resistance, and heat resistance. | View Information |
