Aesyon Energy Materials Platform
Powered by Engineered Copper
A materials platform designed to meet defined electrical, thermal and manufacturing requirements while reducing dependence on higher-cost and supply-constrained conductive materials.
The Aesyon thesis
Why engineered copper matters
Aesyon is developing engineered copper materials that can be evaluated against specific application requirements — not simply as lower-cost substitutes, but as designed functional materials.
01
Performance-competitive substitution
Laboratory testing demonstrates that Aesyon engineered copper materials can provide competitive performance in selected applications traditionally served by silver, with application-dependent material savings as a further benefit.
25–80%
Application-dependent savings
02
Superior engineered-copper performance
Aesyon's proprietary particle and formulation technology has demonstrated measurable performance advantages over conventional copper materials in selected applications.
- Conductivity
- Adhesion
- Solderability
- Durability
- Thermal performance
- Manufacturability
03
Critical-material substitution
The Aesyon platform provides a pathway to reduce dependence on selected expensive or supply-constrained materials. Initial targets include silver, nickel, palladium, indium and selected tin-based systems.
- Lower material risk
- Domestic supply-chain resilience
- Advanced manufacturing
- Energy security
Performance and economic statements reflect Aesyon internal laboratory testing in selected applications. Results vary by application, process and incumbent system.
The technology
Engineered copper. Multiple material forms.
One engineered material platform, delivered in the physical forms advanced manufacturers already work with.
Copper particles
Proprietary engineered copper particles designed for advanced conductive, thermal, coating, shielding and functional-material applications.
Copper inks, Pastes, & formulations
Engineered copper formulations designed for printed electronics, sensing, RFID, conductive adhesives and advanced manufacturing processes.
Research & technical partnerships
Extending the Aesyon Platform through research & collaboration
Aesyon combines proprietary materials technology with university research, advanced characterization, application development, and manufacturing capabilities to accelerate validation and commercialization.
Purdue University
Materials Research & Advanced Characterization
- Materials characterization
- XRD
- SEM
University of Connecticut
Research & Technical Collaboration
- Scientific collaboration supporting continued materials research
University of Akron
School of Engineering & Polymer Science
- Polymer Science
- Materials Research & Technical Collaboration
University references describe research and technical collaboration. No university endorsement of Aesyon, its products, or its commercial claims is implied.
Scale-up pathway
An integrated, capital-efficient model designed to move engineered copper materials from research and validation to commercial production.
From material to working application
From material to functional prototype
Aesyon has progressed beyond particle development into formulations and functional demonstrations built with its own engineered copper.
Prototype 01
RFID / printed circuit
Printed copper traces on a flexible substrate demonstrating application potential in RFID, antennas, sensing and printed electronics.
Prototype 02
Printed heating element
Printed engineered-copper circuitry demonstrating resistive-heating and thermal-management capabilities.
01
Engineered Copper Particles
02
Copper Formulation
03
Printed Circuit
04
Functional Application
One platform: engineered copper particles, formulated into functional materials, printed into circuits, and demonstrated in working applications.
The Aesyon advantage
What makes the platform defensible
Protected technology
Three foundational patents
Proprietary particle synthesis, formulation and manufacturing technology supported by a foundational intellectual-property portfolio.
Critical-material substitution
Engineered to meet application requirements
Aesyon engineered copper materials are designed to substitute for supply-constrained, higher-cost conductive materials in selected applications while maintaining required application performance — with application-dependent material savings of 25–80%.
Manufacturing compatibility
Designed for existing manufacturing
Aesyon materials are designed for established manufacturing methods including roll-to-roll, screen printing, spraying, additive manufacturing and 3D printing. Compatibility with established manufacturing methods can reduce retooling requirements and accelerate customer qualification.
Domestic & scalable manufacturing
Built to scale in the U.S.
A copper-based platform designed for scalable production, domestic supply-chain development and reduced dependence on higher-cost or constrained materials.
Economic proof
Engineered for performance.
Built for better economics.
Up to 80%
Lower material cost
Application-dependent savings versus selected legacy silver-based conductive systems.
Savings vary by application, formulation, manufacturing process, silver pricing and performance requirements.
01
~200x
Raw material cost differential
Structural raw-material advantage
Copper provides a substantially lower commodity-cost basis than silver, giving formulations built on abundant, domestically available feedstock.
Commodity-basis comparison only. This does not imply a 200x lower finished-product cost.
02
25–80%+
Application-dependent savings
Application-level economics
Measured and modeled results across selected applications, with the outcome dependent on formulation, manufacturing process and performance requirements.
Results include both measured laboratory data and modeled application scenarios; measured and modeled results are distinguished in technical disclosures.
03
Reduced precious-metal exposure
Lower precious-metal content reduces exposure to price volatility and concentrated supply, supporting a more predictable long-term material position.
Conductive ink cost advantage
Aesyon's copper formulations can provide a substantial economic advantage versus silver-based conductive inks, with the magnitude of the savings increasing as silver prices rise.
Tap the chart to enlarge
Economics shown are based on the assumptions used in Aesyon's internal cost model and vary by formulation, process, production scale, and application.
Built for scale. Designed for performance.
Proven process
Validated formulations progressing from laboratory to pilot manufacturing.
Consistent quality
Process controls designed to support repeatable material properties.
High conductivity
Engineered formulations optimized for demanding conductive applications.
Cost efficient
Lower material-cost structure designed to improve economics at scale.
Scalable design
Manufacturing processes designed to progress efficiently from pilot toward commercial production.
Applications
One materials platform. Multiple applications.
Engineered copper particles
- EMI / RFI shielding
- Electrostatic discharge coatings
- Conductive formulations
- Thermal-management formulations
Copper inks & formulations
- Printed electronics
- RFID / antennas
- Sensors
- Conductive adhesives
- Printed heating
Infrastructure markets
Where the Aesyon Platform Goes
From printed electronics and RFID to AI infrastructure, grid modernization, and renewable energy systems.
Grid Modernization & Electrification
AI Infrastructure & Data Centers
Printed Electronics & Sensing
RFID & Advanced Applications
Renewable Energy & Solar Systems
Today
Copper Particles · Copper Inks · Copper Pastes
Near-term applications
Printed Electronics · RFID · EMI/RFI
Expansion markets
AI Infrastructure · Grid Modernization · Renewable Energy · Solar
Commercialization path
A phased path from materials today to energy infrastructure tomorrow
Aesyon's commercialization strategy starts with engineered copper materials available for application development today, then expands into markets with increasing qualification requirements, customer scale, and infrastructure impact.
Today
Commercial Materials Platform
Copper Particles
Engineered copper particles form the foundation of the Aesyon Energy Materials Platform.
COPPER INKS & PASTES
Conductive copper inks/paste designed for application-specific printing and electronics manufacturing.
Particles provide the material foundation. Inks and pastes translate that technology into application-specific manufacturing solutions.
- Copper Particles
- Copper Inks & Pastes
- Applications
- Infrastructure
Build Customer Validation and Manufacturing Scale
- EMI / RFI Shielding
- RFID & Antennas
- Printed Electronics
Shorter qualification cycles create opportunities to establish customer validation, manufacturing experience, application-specific performance data, and early commercial adoption.
Expand Into Higher-Value Infrastructure Applications
- Thermal Management
- AI Infrastructure & Data Centers
- Advanced Electronics
- Grid & Electrification Applications
As application validation, production capabilities, and customer adoption increase, Aesyon can expand the platform into higher-value electronics and energy infrastructure applications.
Scale Into Major Energy Markets
- Solar Metallization
- Renewable Energy Systems
- Large-Scale Energy Infrastructure
- Additional Critical-Material Substitution
Longer-cycle energy markets represent significant expansion opportunities as the Aesyon platform achieves additional technical validation, qualification, and manufacturing scale.
Today's products → near-term markets
Where Aesyon starts → where Aesyon expands
Today
- Copper Particles
- Copper Inks
- Copper Pastes
Near term
- EMI / RFI
- RFID & Antennas
- Printed Electronics
Mid term
- Thermal Management
- AI Infrastructure & Data Centers
- Advanced Electronics
- Grid & Electrification
Long term
- Solar Metallization
- Renewable Energy Systems
- Large-Scale Energy Infrastructure
- Additional Critical-Material Substitution
Solar metallization is a long-term expansion market, not Aesyon's primary near-term business. The platform starts in shorter-qualification applications and expands toward larger, longer-cycle energy markets over time.
Aesyon starts with engineered copper particles, inks, and pastes that can be developed and validated with customers today. These products provide the foundation for near-term applications with shorter qualification cycles, followed by expansion into thermal management, AI infrastructure, grid applications, solar, and broader critical-material substitution. The strategy is to prove the platform application by application while building manufacturing scale and customer validation.
Today's materials. Tomorrow's energy infrastructure.
Market drivers
The forces driving demand
Five strategic drivers are expanding demand for advanced conductive, thermal and engineered-material systems across energy and infrastructure.
Electrification
Growing electrification increases demand for advanced conductive and thermal materials.
AI Infrastructure
Data-center growth is increasing requirements for power, thermal management, electronics, and infrastructure.
Energy & Supply-Chain Security
Secure material sources and reliable domestic supply chains are increasingly strategic.
Advanced U.S. Manufacturing
Domestic electronics and infrastructure manufacturing require scalable, high-performance material systems.
Critical-Material Substitution
High-cost and supply-constrained materials create opportunities for engineered alternatives.
How demand connects to the Aesyon thesis
Where Aesyon starts: near-term applications with shorter qualification cycles. Where Aesyon expands: larger infrastructure markets as the platform matures. Why the markets are growing: electrification, AI infrastructure, energy security, domestic manufacturing and critical-material substitution.
National relevance
Aligned with U.S. energy & manufacturing priorities
Aesyon is pursuing federal research, independent validation, manufacturing scale-up and commercialization partnerships to advance engineered copper technologies capable of reducing reliance on higher-cost and supply-constrained materials.
01
Critical-Material Substitution
02
Domestic Supply-Chain Resilience
03
Advanced Manufacturing
04
Energy Infrastructure
Federal Validation
DARPA ERIS Marketplace — Awardable
Competitively assessed through DARPA's Expedited Research Innovation System.
Development status
Advancing toward commercial scale
Pilot manufacturing capability established
Production runs underway
Customer samples in evaluation
Scale-up engineering underway
Commercial manufacturing expansion planned
Engineered performance
Domestic supply chain
Scalable manufacturing
Improved economics
Work with Aesyon