Thermal Runaway Containment
for Energy Systems
Material technology designed to contain extreme heat for critical infrastructure
LOCALIZING
THERMAL RUNAWAY
With advanced thermal containment systems, that prevents thermal runaway events from propagating to surrounding systems.
ADVANCED
THERMAL BARRIER
Flexible thermal barrier sheets designed to resist and contain extreme heat events.
These lightweight materials integrate easily into engineered systems, providing a protective layer that helps slow heat transfer and prevent the spread of thermal runaway.
Applications
Energy Storage
The AeroShield Crate is designed to contain and mitigate the effects of thermal runaway—a common and dangerous risk associated with battery energy storage systems (BESS). By effectively containing any fires or explosions within the crate, it significantly reduces the risk of large-scale disasters that can occur in energy storage facilities
Architecture
Advanced thermal barrier materials can be integrated into building assemblies to improve fire resistance and thermal protection in critical environments.
Thermal Smart technologies can be incorporated into prefabricated construction systems and structural materials, enabling new approaches to fire-resistant building components and high-performance building envelopes.
Transportation
The AeroShield Crate significantly enhances the safety of transporting batteries by preventing the spread of thermal runaway incidents during transit, ensuring compliance with stringent transport regulations
HOW WE BROUGHT A NASA-INSPIRED MATERIAL DOWN TO EARTH AND TURNED IT INTO AN
ULTRA HIGH PERFORMANCE INSULATING TECHNOLOGY
We provide creative and impactful sustainable aerogel solutions to tackle the rising ESG (Environmental, Social, and Governance) concerns and challenges through relentless research and development and profound operational customization
as our society transitions to electrification.