Henkel

Last updated January 31, 2026

141

Innovation Areas

3,300

Inventors

Collaborations

Methyl ester ethoxylate surfactant blends: HenkelRecent Research Landscape

Standard anionic surfactants cause skin irritation and film instability in concentrated formats, which is mitigated by engineering specific non-anionic methyl ester ethoxylate ratios. This control lever allows for high-potency unit dose cleaning without sacrificing dermatological mildness.

What technical problems is Henkel addressing in Methyl ester ethoxylate surfactant blends?

Detergent turbidity and discoloration

(21)evidences

High water content in concentrated detergent packets causes film dissolution and phase separation. Preventing premature rupture and ingredient degradation ensures product shelf-life and structural integrity.

Incompatible ingredient phase separation

(3)evidences

Inconsistent visual appearance and phase separation in non-microplastic opacified systems. Achieving stable turbidity without restricted polymers ensures regulatory compliance and aesthetic uniformity.

Excessive liquid formulation viscosity

(1)evidences

Methyl ester ethoxylates often suffer from poor physical stability and undesirable viscosity transitions in concentrated forms. Preventing phase separation or solidification ensures consistent product performance and handling.