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Last updated January 31, 2026
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Seed resin stabilized nanoemulsion: BASFRecent Research Landscape

High surfactant concentrations drive up formulation costs and compromise film properties, which is mitigated by controlling the reactive water-based interface during polymerization. This engineering approach stabilizes the silicone-in-water disperse phase while minimizing chemical additives.

What technical problems is BASF addressing in Seed resin stabilized nanoemulsion?

Poor low temperature fluidity

(23)evidences

Crude oil and petroleum products suffer from wax crystallization and high viscosity in cold environments. Addressing this flow resistance prevents pipeline blockages and ensures transportability.

Aqueous emulsion phase instability

(11)evidences

High surfactant concentrations and oxidative degradation cause phase separation in water-based systems. Reducing surfactant dependency while maintaining antioxidant stability prevents formulation failure.

Aqueous dispersion instability

(8)evidences

Inadequate suspension and distribution of solid particles in aqueous binders leads to sedimentation and performance loss. Improving phase stability ensures uniform material properties and prevents agglomeration.