Henkel

Last updated January 31, 2026

141

Innovation Areas

3,300

Inventors

Collaborations

Benzoxazine-modified thermoplastic flame retardants: HenkelRecent Research Landscape

Standard hotmelt adhesives pose significant fire propagation risks in high-heat environments. These formulations integrate specific flame retardant additives into the thermoplastic matrix to ensure structural bonding without compromising safety compliance.

What technical problems is Henkel addressing in Benzoxazine-modified thermoplastic flame retardants?

Thermal runaway propagation

(8)evidences

Uncontrolled heat release and fire spread between battery cells during failure. Mitigating this risk ensures structural integrity and safety in high-density energy storage.

Thermoplastic material flammability

(3)evidences

Standard thermoplastic and polyurethane adhesives suffer from low thermal conductivity and high flammability. Improving heat transfer while maintaining structural integrity prevents localized overheating and fire hazards in electronic assemblies.