Composites

Latest Innovations

Transpiration Cooling for Structural Polymer Materials

 

Researchers from the Beckman institute at the University of Illinois are developing a system for cooling structural materials inspired on nature's transpiration....

Rapid, predictable curing of composites

 

Professors Jeffrey Moore, Nancy Sotos, and Scott White from the University of Illinois has developed a novel method to create composites that allows for much easier...

3D Printing of High Quality Materials

Dr. Moore from the University of Illinois has developed a new method of 3D printing which enables the use of high quality components. This printing method cures materials...

CF/PDMS Coiled Muscle

Dr. Tawfick from the University of IL has developed a composition of carbon fiber and silicone to create an artificial coiled muscle. This particular composition gives...

Rapid Fabrication of Microvascular Polymers and Composites

Dr. Sottos from the University of IL has developed a method of creating microscopic channels within a gel matrix. The process takes less time...

Spontaneous Patterning during Frontal Polymerization

Researchers from the University of Illinois developed a novel method to fabricate patterns on polymer substrate pDCPD and pCOD using frontal polymerization(FP). Unlike...

New catalyst formulations for Frontal Ring-Opening Metathesis Polymerization (FROMP)

Researchers at Illinois have developed new catalytic systems to perform FROMP. Large-scale, energy efficient industrial polymerization syntheses are accessed with FROMP....

Nanoporous PMC for Passive Radiative Cooling

Dr. Lili Cai and her team at the University of Illinois have developed a new nanoporous composite material for passive cooling applications. This composite has solar...