Prolonged exposure to high temperatures causes polymer chain scission and loss of mechanical integrity. Preventing this failure mode extends the operational lifespan of structural components in extreme environments.

Standard polyalkylene terephthalates fail to decompose under home composting conditions and lack structural integrity in metal-plastic interfaces. Improving breakdown kinetics and interfacial bonding addresses material persistence and mechanical failure.

Standard polyolefin and polyamide formulations lack inherent fire resistance when subjected to rotational molding thermal cycles. Reducing ignition risk and flame spread enables the use of these materials in safety-critical structural applications.