elastomeeride

Elastomeeride is a proposed class of polymeric materials that blends elastomeric networks with reinforcing components to achieve enhanced elasticity, toughness, and energy storage. It aims to improve on conventional elastomers by introducing rigid or dynamically interactive elements that increase modulus and resilience while maintaining high strain recovery.

Composition and structure typically involve soft elastomeric domains combined with reinforcing phases such as silica, nanocarbon fillers, or other inorganic/organic additives. Some formulations employ dynamic covalent or supramolecular bonds that allow energy dissipation control and potential self-healing. The resulting microstructure often features a soft matrix with a reinforcing phase, yielding a multi-network or phase-separated morphology that can be tuned for specific properties.

Properties commonly sought in elastomeeride formulations include high elongation at break, improved tensile strength and tear resistance, and reduced hysteresis for efficient energy return. They may also offer adjustable damping, enhanced thermal stability relative to traditional rubbers, and maintained processability through standard rubber manufacturing techniques. The environmental footprint and recyclability depend on the chosen chemistry and fillers.

Synthesis and processing generally involve compounding an elastomer with fillers and crosslinking systems. Conventional curing chemistries (sulfur, peroxides) can be used, with additional steps to incorporate dynamic bonds or nanofillers. Processing methods align with established rubber fabrication techniques such as mixing, calendering, extrusion, and molding, though formulations may require optimized cure schedules and dispersion protocols for the reinforcing phase.

Applications envisioned for elastomeeride include vibration and seismic damping, automotive components, protective gear, soft robotics, and flexible electronics packaging. The term appears in limited technical literature and patent filings, with ongoing research to define standardized chemistries, processing routes, and sustainability considerations.