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Last updated January 31, 2026
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Emulsion polymerized acrylate styrene copolymers: BASFRecent Research Landscape

Inconsistent bonding performance in water-based systems stems from poor internal cohesion during film formation. This lever utilizes specific monomer ratios and functional group crosslinking to stabilize the polymer network against mechanical failure.

What technical problems is BASF addressing in Emulsion polymerized acrylate styrene copolymers?

Substrate water penetration

(28)evidences

Poor interfacial bonding between synthetic latex binders and diverse surfaces leads to mechanical failure. Improving adhesion ensures long-term durability and protective integrity of the coating.

Insufficient substrate surface adhesion

(6)evidences

The specific combination of styrene, acid monomers, and keto-aldehyde cross-linking addresses the failure of emulsion polymers to maintain internal structural integrity under stress. Improving cohesion prevents adhesive residue and mechanical failure in pressure-sensitive applications.

Aqueous dispersion instability

(6)evidences

Inadequate bonding between aqueous polymer binders and non-porous or low-energy surfaces. Improving interfacial strength ensures mechanical integrity and print quality in water-borne systems.