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Last updated January 31, 2026
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Multilayer polymer barrier architectures: BASFRecent Research Landscape

Permeation of moisture and oxygen degrades sensitive electronic components, leading to premature device failure. These innovations utilize alternating thin-film layers to create a tortuous path that blocks gas diffusion.

What technical problems is BASF addressing in Multilayer polymer barrier architectures?

Atmospheric gas permeation degradation

(11)evidences

Organic particles and photovoltaic layers are highly susceptible to moisture and oxygen ingress. Preventing this degradation extends the operational lifespan and maintains the efficiency of sensitive electronic materials.

Precursor thermal instability

(5)evidences

Incompatible surface energies between organic polymers and inorganic metal oxides cause structural delamination. Resolving this failure mode ensures mechanical integrity and consistent barrier performance in multilayer architectures.

Surface relief transfer fidelity

(3)evidences

Inaccurate or incomplete transfer of fine structural details during the embossing process. High-fidelity replication ensures precise optical or functional performance of the final coating.