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Last updated January 31, 2026
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Biodegradable polyalkylene oxide ester grafts: BASFRecent Research Landscape

Dye leaching during laundering leads to garment discoloration and consumer dissatisfaction. These polymers act as engineered transfer inhibitors that stabilize pigments while ensuring environmental compliance through controlled backbone degradation.

What technical problems is BASF addressing in Biodegradable polyalkylene oxide ester grafts?

Hydrophobic soil adhesion

(21)evidences

Inadequate removal of stubborn residues from rigid substrates during automated cleaning cycles. Improving soil detachment prevents film buildup and spotting on surfaces.

Unintended dye transfer

(19)evidences

Textile dyes migrate from colored fabrics to other surfaces during laundering or processing. Preventing this degradation of aesthetic quality is the primary functional requirement for these biodegradable polymers.

Soil redeposition during laundering

(13)evidences

Non-uniform substitution during the alkoxylation and carboxylation of amine scaffolds leads to unpredictable chemical reactivity. Achieving precise structural control ensures reproducible performance in industrial formulations.