Weak adhesion between the polymer substrate and functional coatings leads to structural instability during battery cycling. Preventing separation ensures consistent ion transport and safety.

Non-uniform distribution of binder and active materials leads to inconsistent electrochemical performance and mechanical failure. Achieving high homogeneity ensures structural integrity and stable ion transport across the electrode.

Standard liquid electrolytes suffer from volatility and leakage at elevated temperatures. Enhancing structural integrity through cross-linking prevents catastrophic thermal runaway and mechanical failure.