Applications
Thermal Smart materials enable thermal runaway containment across a range of energy systems. As battery technologies scale across infrastructure, buildings, and transportation, managing extreme heat and preventing propagation becomes critical to system safety.
Our aerogel-based material platform is designed to localize thermal events and slow heat transfer, supporting safer energy storage systems, fire-resistant building applications, and battery transportation solutions.
Energy Storage
Thermal Smart materials can be integrated into energy storage enclosures and battery systems to help contain thermal runaway events and prevent propagation across large-scale installations. This approach supports safer deployment of grid-scale storage and critical energy infrastructure.
Architecture
Advanced thermal materials can be incorporated into building systems such as prefabricated panels and composite materials to enhance fire resistance and thermal protection. This enables safer building envelopes designed to withstand extreme heat conditions.
Transportation
Thermal Smart materials support safer battery transportation and handling by providing containment and insulation within transport systems. These solutions help reduce risks during logistics and storage.
DDR Handling
Thermal Smart materials support safer battery discharge, disposal, and emergency response by providing controlled thermal containment during high-risk handling scenarios. These solutions help reduce hazards during damaged battery processing, storage, and incident response operations.
