Liquid Metal Embedded Elastomers
Liquid Metal Embedded Elastomers (LMEE) form the basis for extremely deformable, high-performance, multi-functional materials for the most demanding applications.
LMEE provides the foundation for Thermal Interface Materials (TIM) that achieve extremely low thermal resistance and rock solid reliability, while remaining compatible with high volume manufacturing flows.
Unique properties of LMEE create soft, flexible multi-functional materials that comfortably augment the human body LMEEs combine the mechanical properties of soft biological tissues while having metal-like electrical and thermal functionalities. These unheard combination of properties make them an ideal choice for human augmented technologies.
LMEE composites can be tailored to provide combinations of mechanical, electrical, and thermal properties that address difficult industrial applications.
Over a decade of research and development in Carnegie Mellon University has created a mature technology to use Liquid Metals in a form to solve the most acute problems and introduced Liquid Metal Embedded Elastomer (LMEE) as an indispensable material for an increasingly connected society.
