Structeryx
Develops patented self-healing composite materials using 3D-printed thermoplastic interlayers and carbon heating layers to repair internal delamination, extending component lifespan from decades to centuries.
- CEO / Founder
- Jim Peters
- Team Size
- 1-10
- Stage
- Early Stage
- Total Funding
- $1.5M
- Latest Round
- Seed
- Key Investors
- National Science Foundation Innovation Corps Program
Technology & Products
Key Products
Patented self-healing composite materials using 3D-printed thermoplastic interlayers and carbon heating layers to repair internal delamination, extending component lifespan from decades to centuries.
Technological Advantage
Proprietary interlayer technology integrates with existing composite manufacturing processes (minimal SWaP impact) while providing century-scale durability; protected by patents licensed from NC State.
Differentiation
Value Proposition
Reduces composite component replacement costs by up to 90% and extends operational lifespan from 15-40 years to centuries, enabling perpetual repair systems for long-haul missions and reducing waste.
How They Differentiate
Unlike traditional composite manufacturers (e.g., Hexcel, Toray) that focus on material strength alone, Structeryx's self-healing capability allows repeated fracture recovery (1,000+ cycles) versus single-use repair methods, reducing lifetime maintenance costs by orders of magnitude.
Market & Competition
Target Customers
Aerospace, wind energy, automotive, and defense manufacturers requiring durable composite components
Industry Verticals
Aerospace; Wind Energy; Automotive; Defense; Civil Infrastructure
Competitors
Autonomic Materials; Materic
Growth & Milestones
Growth Metrics
Secured $1.5M in seed funding in 2024; developing self-healing composite materials for aerospace and defense applications
Major Milestones
Technology patented and licensed through NC State (2026); Published research in Proceedings of the National Academy of Sciences demonstrating 1,000 self-healing cycles