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Last updated January 31, 2026
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Alkoxylated polyalkyleneimine amphiphilic copolymers: BASFRecent Research Landscape

Inconsistent dye uptake and formulation instability lead to high batch rejection rates in textile and chemical processing. Precise control over the polyalkyleneimine backbone alkoxylation stabilizes the auxiliary performance to ensure uniform substrate affinity.

What technical problems is BASF addressing in Alkoxylated polyalkyleneimine amphiphilic copolymers?

Hydrophobic soil redeposition

(19)evidences

Non-uniform distribution of colorants and additives during fiber processing leads to poor product quality. Improving affinity and dispersion stability ensures uniform aesthetic and structural properties in textiles.

Unintended dye transfer

(18)evidences

Textile dyes migrate from colored fabrics into the wash liquor and redeposit onto other garments during laundering. Preventing this degradation of fabric appearance maintains original garment color and prevents staining of lighter items.

Enzyme instability in formulations

(12)evidences

Detergent formulations suffer from redeposition of particulates onto surfaces during cleaning. Enhancing the ability to keep hydrophobic and hydrophilic soils suspended prevents performance degradation in laundry and surface care.

Persistent surface soil adhesion

(11)evidences

Inadequate removal of stubborn organic and inorganic residues during automated cleaning cycles. Resolving this prevents film buildup and ensures complete surface hygiene.