HIGH tensile-strength ENGINEERED THIN films.

Learn more about the team, our applications, and our partners below

APPLICATIONS

With current grants from the U.S. Air Force, Tessellated is leading critical conversations to produce material for testing which have the potential to produce lighter and more physically resilient aircraft.

SPACE/AEROSPACE

With current grants from the U.S. Air Force, Tessellated is leading critical conversations to produce material for testing which have the potential to produce lighter and more physically resilient aircraft.

SPACE/AEROSPACE

DEFENSE

Tessellated is currently developing material for testing In partnership with the U.S. Army, in order to create lighter, more maneuverable body armor, and for potential use in making fragmentation resistant garments a reality.

DEFENSE

Tessellated is currently developing material for testing in partnership with the U.S. Army, in order to create lighter, more maneuverable body armor, and for potential use in making fragmentation resistant garments a reality.

With a U.S. Department of Energy grant, Tessellated is helping to develop lighter motor vehicles in order to reduce emissions, as we simultaneously investigate thermal conductivity for use in decarbonization efforts.

ENERGY

With a U.S. Department of Energy grant, Tessellated is helping to develop lighter motor vehicles in order to reduce emissions, as we simultaneously investigate thermal conductivity for use in decarbonization efforts.

ENERGY

About us

In partnership with the University of Notre Dame, Tessellated Inc. has produced composite thin films with the highest reported tensile strengths available in a similar products. These films have been produced using a widely available roll-to-roll manufacturing technique that can be adapted to current manufacturing lines, saving critical time and resources. Tessellated’s unique product combined with innovative use of manufacturing technology implicates scaled implementation across a wide variety of applications in civil and military use.

Leadership

Kevin Craig

CEO
After retiring from the Air Force, Kevin completed an MBA from the University of Notre Dame, and he now leads the team at Tessellated.
Joseph Cline

Chemical Engineer
A recent graduate of Benedictine College with a Bachelors in Chemical Engineering and now works as the production engineer of Tessellated's advanced materials.
Joey Varga

Business Development
A graduate of Wabash College with a Bachelors in Political Science and former member of Wabash’s Center of Innovation, Business, and Entrepreneurship program. He now works with Tessellated to discover potential commercial markets.
Tim Joyce

Advisor
Tim Joyce is the director of risk assessment and technology development at the University of Notre Dame's IDEA Center and advises Tessellated on commercialization applications.

Partners and Investors

Tessellated is currently in talks with investors from several industries looking to explore different verticals with our patented product. For more information please fill out the contact form below.

Client
Department of Energy

Completion of Phase I grant.

Client
United States Army

Completion of Phase I grant.

Currently on a Phase II grant for commercialization of Tessellated’s thin film for transparent ballistic armor and vest applications.