EDAPLAN® 9016

EDAPLAN® 9016 is a non-ionic, solvent-free dispersing and wetting agent with an active content of 100%. It is designed as dispersing agent in separators for PVDF coating layers. EDAPLAN® 9016 improves the homogeneity of the coating formulation and stabilizes PVDF in an aqueous matrix.

EDAPLAN® 9013 is a solvent-free dispersing and wetting agent with an active content of 50%. It is designed for waterborne anode slurries to disperse and stabilize active materials (e.g. graphite, Si/C) and conductive additives (e.g. CB, graphene, CNT, CNS, Ti3C2). It is also suitable as dispersing agent in separators for PVDF coating layers. EDAPLAN® 9009 reduces the viscosity and ensures the stability of the viscosity. It optimizes the dispersing/milling efficiency. The product increases flexibility and reduce cracking of electrode layers. EDAPLAN® 9009 stabilize PVDF in an aqueous matrix and improves the homogeneity of the coating formulation.

EDAPLAN® 9014 is a solvent-free dispersing and wetting agent with an active content of 40%. It is designed for waterborne anode slurries to disperse and stabilize active materials (e.g. graphite, Si/C). EDAPLAN® 9014 is also suitable for Al2O3 coating layers. It reduces the viscosity and ensures the stability of the viscosity. EDAPLAN® 9014 increases flexibility and reduce cracking of electrode layers. In Al2O3 coating layers the storage stability is improved and the water adsorption of the separator film is lower.

EDAPLAN® 9009 is a solvent-free dispersing and wetting agent with an active content of 40%. It is designed for waterborne anode slurries to disperse and stabilize active materials (e.g. graphite, Si/C) and conductive additives (e.g. CB, graphene, CNT, CNS, Ti3C2). EDAPLAN® 9009 is also suitable for Al2O3 coating layers. It reduces the viscosity and ensures the stability of the viscosity. The product optimizes dispersing/milling efficiency. EDAPLAN® 9009 increases flexibility and reduce cracking of electrode layers. In Al2O3 coating layers the storage stability is improved and the water adsorption of the separator film is lower.