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Last updated January 31, 2026
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Aqueous polymeric binder stoichiometry: BASFRecent Research Landscape

Inconsistent curing in waterborne stoving systems leads to coating brittleness and poor chemical resistance. Precise control of the binder stoichiometry and dispersion stability ensures high-performance finishes during high-temperature dehydration.

What technical problems is BASF addressing in Aqueous polymeric binder stoichiometry?

Poor emulsion colloidal stability

(31)evidences

Substrate vulnerability to permanent staining and difficult contaminant removal. Enhancing surface cleanability prevents aesthetic and functional degradation of coatings.

Inadequate moisture barrier performance

(24)evidences

Standard aqueous polymer coatings suffer from permeability and structural degradation when exposed to environmental fluids. Enhancing barrier integrity prevents material failure and extends product lifespan in humid conditions.

Poor coating rheological stability

(11)evidences

Aqueous binder systems often suffer from sensitivity to moisture and premature dissolution after application. Enhancing hydrolytic stability and resistance to re-solubilization ensures coating durability in humid environments.