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Last updated January 31, 2026
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Carboxymethylated lysine polymer dispersants: BASFRecent Research Landscape

Surface spotting and proteinaceous film buildup on substrates increase cleaning cycles and consumer dissatisfaction. These specific nitrogenous polymer architectures control surface hydrophilicity and soil suspension to ensure streak-free performance.

What technical problems is BASF addressing in Carboxymethylated lysine polymer dispersants?

Hard surface soil adhesion

(26)evidences

Inorganic scale and film buildup on rigid substrates during aqueous cleaning cycles. Preventing these deposits ensures optical clarity and prevents surface degradation.

Uncontrolled dye transfer

(18)evidences

Unintended transfer of pigments or dyes between surfaces during liquid processing leads to material cross-contamination. Preventing this degradation maintains product aesthetic integrity and functional purity.

Inadequate pigment dispersion stability

(17)evidences

Inconsistent dye uptake and pigment agglomeration in aqueous systems. Uniform dispersion prevents substrate spotting and enhances color yield.