BEST Magazine 10 June 2026

Ceramifiable silicone foam composite limits thermal runaway to a single cell

Ceramifiable silicone foam composite limits thermal runaway to a single cell

Why It Matters for ITAD

New technologies may create opportunities or challenges for equipment processing.

Researchers in China have developed a thin ceramifiable silicone foam composite that they say can prevent thermal runaway propagation in lithium-ion battery modules by forming a protective ceramic barrier under extreme conditions. The work, published in Nano-Micro Letters, was carried out by scientists from China University of Petroleum-Beijing and the China Academy of Safety Science…

Key Takeaways

  • Ceramifiable silicone foam composite limits thermal runaway to a single cell.

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