Sc_Foam_US
Made in the USA 
Highest Thermal Conductivity
Flexible and Durable
Performs Under Compression
Berry Compliant Solarcore Foam
Sc_Foam_US is an ultra-thin foam insulation infused with NASA’s aerogel technology, creating the ultimate thermal barrier for cold weather, high compression applications, where performance in harsh environments is critical. Reporting for duty in early 2025.
Supporting the Next Generation of Armed Forces
Supporting the U.S. military is the key priority for Solarcore. Our innovative thermal technology platform is already being tested and validated in different projects through the SBIR program.
From next generation arctic shelters for the Army to cold weather footwear for the Air Force, Solarcore is poised to help the next generation of our armed forces perform their best in cold weather environments.
The unique construction of Sc_Foam_US provides superior thermal resistance and durability, ensuring optimal temperature control and energy efficiency in combat environments.
This innovation enhances mission readiness by reducing the weight of equipment while maintaining comfort and protecting against extreme weather conditions.
Vast Military Applications
Sc_Foam_US is optimal for a myriad of military applications, from cold weather footwear and apparel to vessel deck insulation, dry suits and more.
Extensive Testing
When Solarcore is tested against the leading insulations for military grade footwear and gloves, it outperforms with CLO and R values exceeding the competition.
Solarcore Delivers Highest Thermal Performance
Testing Method of Solarcore Labs ASTM-C518 under a load of 0.31 psi.
The Science - NASA & Aerogel
Solarcore is solely focused on novel products using NASA’s aerogel technology, a substance know for its incredible insulation properties and lightweight nature. Traditionally used to insulate spacecraft in the -450°F vacuum of space, aerogel is infused into our products to create flexible, durable insulation.
Sc_Foam_US Properties
Testing Methods:
*ASTM C518
** ISO 48-4, ASTM D2240
*** ASTM D395 Method B
