Aesyon Energy Materials Platform
Advanced Conductive Materials for Mission-Critical Manufacturing
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Aesyon is developing engineered copper particles and conductive formulations designed to replace higher-cost materials in selected defense and advanced-manufacturing applications while strengthening domestic supply chains and reducing material cost.
DARPA ERIS Marketplace — Awardable
“Aesyon's technology has been competitively assessed through DARPA's Expedited Research Innovation System and designated Awardable in the ERIS Marketplace.”
Eligible for applicable rapid post-competitive acquisition pathways by authorized government organizations.
The ERIS Awardable designation reflects a competitive technical assessment and eligibility for rapid acquisition pathways. It does not indicate DARPA funding, endorsement, partnership, or commercial approval of Aesyon.
Mission context
The Mission Challenge
Reduce material dependence without sacrificing required performance.
Supply-Chain Resilience
Reduce dependence on high-cost, volatile, or supply-constrained conductive materials.
Domestic Manufacturing
Expand the use of copper-based materials in U.S. advanced manufacturing and defense supply chains.
Cost & Availability
Evaluate application-specific substitutions where engineered copper may provide required functionality at materially lower cost.
Replace the material — not the performance.
Materials science
Why Aesyon Copper Is Different
Copper offers compelling electrical, thermal, economic, and supply-chain characteristics, but oxidation and processing limitations have historically restricted its use in certain high-performance applications.
Aesyon combines engineered copper particles with proprietary antioxidant chemistry designed to limit oxidation, enable low-temperature processing, and improve compatibility with industrial manufacturing.
Platform chain
- Particle Engineering→
- Functional Chemistry→
- Formulation→
- Manufacturing Process→
- Component
Technology foundation
3 Foundational Patents
Proprietary antioxidant chemistry and metal-compounding technology form the intellectual-property foundation of the Aesyon Energy Materials Platform.
- Antioxidant chemistry
- Copper and metal compounding
- Particle and formulation know-how
- Manufacturing process development
Target application areas
Potential Defense Application Areas
Application areas under evaluation. Aesyon proves performance and economics one application at a time.
Target application
Printed Electronics
- Conductive traces
- Flexible circuits
- Sensors
- Printed electronic assemblies
Application opportunity
Power Electronics
- Conductive connectors
- Thermal conductors
- Electrically conductive structures
Under evaluation
RFID & Communications
- Printed antennas
- Conductive structures
- Related communications applications
Potential use
EMI / EMF Applications
- Potential use where conductive shielding, cost, and manufacturability requirements align with Aesyon material capabilities.
Potential use
Additive Manufacturing
- Potential applications in printed or composite structures, including future integration of conductive features.
Listed application areas represent development targets and evaluation opportunities. They do not indicate completed qualification for any specific program, platform, or production environment.
Economics & performance
The Material Substitution Advantage
High
Conductivity
Engineered copper materials designed for demanding conductive applications.
Low
Temperature Processing
Proprietary chemistry enables processing at temperatures significantly below traditional copper-processing approaches.
U.S.
Domestic Supply Potential
Copper-based material systems can support a more resilient U.S. manufacturing and sourcing strategy.
25–80%
Potential Material-Cost Reduction
Depending on the application.
Preliminary application-specific economics indicate potential material-cost reductions of approximately 25–80% versus incumbent alternatives.
Performance and economics are application specific. Nothing on this page implies universal performance equivalence with incumbent materials.
Preliminary / lab-scale data
Measured Technical Evidence
Results below are laboratory-scale measurements under reported conditions, not commercial qualification.
- Low-temperature processing
- Laboratory demonstrations below 140°C.
- Rapid processing
- Demonstrated in less than two minutes under reported laboratory conditions.
- Electrical conductivity
- Laboratory results on the order of 8 × 10⁶ S/m under reported test conditions.
- Process compatibility
- Designed to reduce the need for reducing atmospheres and major manufacturing-process changes.
- Solderability
- Promising solderability demonstrated in development testing.
Performance varies by formulation, substrate, process, and application. Application-specific validation is required.
Acquisition pathway
Awardable. Accessible. Ready for Evaluation.
Aesyon's solution has completed a competitive technical assessment through DARPA ERIS and is listed as Awardable in the ERIS Marketplace.
This creates a pathway for interested authorized government organizations to evaluate the technology and pursue applicable acquisition options.
The ERIS Awardable designation reflects a competitive technical assessment and eligibility for rapid acquisition pathways. It does not indicate DARPA funding, endorsement, partnership, or commercial approval of Aesyon.
Production pathway
From Materials Innovation to Scaled Production
Aesyon combines proprietary materials technology, university research capabilities, internal small-batch production, and external toll manufacturing to support a capital-efficient path from technical validation to scaled production.
- Aesyon Core IP & Engineering→
- University Research & Characterization→
- Cleveland, Virginia Small-Batch Production→
- Toll Manufacturing→
- Commercial Scale
Small-batch production is based in Cleveland, Virginia, in Appalachia, supporting domestic materials capability and regional advanced-manufacturing employment. Current capacity is development scale; broader volume is planned through toll manufacturing partners.
Engagement
Bring Us the Application Challenge
Aesyon is seeking government and defense-industry partners with specific applications where conductive-material cost, supply availability, manufacturing compatibility, domestic sourcing, or performance requirements create a mission or procurement challenge.
If a high-cost conductive material is creating a cost, availability, or manufacturing constraint, we want to evaluate whether engineered copper can meet the requirement.
Application challenge
Discuss a Mission or Manufacturing Challenge
Tell us where material cost, supply availability, or processing limitations are creating a problem.
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Aesyon Energy Materials Platform
Engineered materials for resilient manufacturing, critical-material substitution, and mission-focused applications.
Technical detail: Technology · DOE program