VISION
Multi-functional Evolution
Inspired by avian evolution from dinosaurs (i.e., Archaeopteryx), STRUCTERYX is reinventing lightweight fiber-composites to inherit multi-functional properties for aerospace, automotive, civil, naval, energy infrastructure and beyond. Our platform technologies include self-healing, thermal regulation, and electromagnetic modulation to meet high-performance material requirements in a structurally efficient composite package. We create customized and cost-effective solutions with minimal impact on size, weight, and power (SWaP) requirements, but with maximum advantage in asset survivability, reliability, and longevity.
Technology
Innovative
Here at STRUCTERYX, we have over 75 years of R&D and commercialization experience in the composite and aerospace industries. Our founders started this company with a passion for technological innovation and dedication to excellence.
Sustainable
At STRUCTERYX, our mission is to push the boundaries of what is possible via multifunctional materials technology. We are committed to creating responsible solutions that will shape the future of high performance and sustainable infrastructure.
SELF-HEALING COMPOSITES
FRACTURE PROBLEM
SELF-HEALING SOLUTION
SELF-HEALING SOLUTION
Laminated fiber-reinforced composites
are susceptible to interlaminar fracture (i.e., delamination), which is difficult to detect/repair and limits the lifetime of these lightweight structural materials.
SELF-HEALING SOLUTION
SELF-HEALING SOLUTION
SELF-HEALING SOLUTION
STRUCTERYX'S patented interlayer technology provides composites with up to 400% increase in fracture toughening and 100% self-healing capacity,
reliably and repeatedly.
UNIQUE INNOVATION
SELF-HEALING SOLUTION
UNIQUE INNOVATION
Our self-healing via thermal remending exceeds current (i.e., manual) repair technologies by restoring structural integrity during operation and with capacity for hundreds of self-repairs.
TEAM
Mr. James Peters, CEO
Dr. Dennis Gilmore, COO
Dr. Jason Patrick, CTO
Jim is an industry expert with 35+ years of experience in composites development, failure analysis, and commercialization from his former career at Bell Helicopter Textron and PPG Industries.
Dr. Jason Patrick, CTO
Dr. Dennis Gilmore, COO
Dr. Jason Patrick, CTO
Jason is a university professor with 20+ years of experience in research and development of multifunctional fiber-reinforced composite materials for diverse structural applications.
Dr. Dennis Gilmore, COO
Dr. Dennis Gilmore, COO
Dr. Dennis Gilmore, COO
Dennis is an executive with 40+ years of R&D and product development experience in aerospace and beyond from his former career at Royal Dutch Shell, PPG Industries, and RTI International.