Inadequate bonding between dissimilar layers in multilayer structures leads to structural failure. Improving interfacial integrity prevents fluid leakage and mechanical separation in high-pressure transport applications.

Polyamide mechanical properties deteriorate rapidly when exposed to sustained high-temperature environments. Preventing this failure mode extends the functional lifespan of structural components in engine and industrial applications.

Inadequate bonding between thermoplastic matrices and metal substrates leads to structural delamination. Improving this interface prevents mechanical failure in hybrid components.

Standard polyamide matrices suffer from rapid thermal degradation and high flammability during high-temperature processing and end-use. Mitigating these failure modes ensures structural integrity and safety compliance in demanding environments.