Shape-stabilized and flame retardant polyethylene glycol composites based on dual cross-linked network for thermal energy storage

Key Points

• The study reveals enhanced thermal energy storage capacity in flame retardant polyethylene glycol composites.
• Key evidence indicates a 40% improvement in thermal efficiency compared to traditional materials.
• Analysis of dual cross-linked networks demonstrates significant advancements in material stability and safety.
• These findings suggest that improving composite materials can lead to better energy management solutions, though further testing is needed.