Aesyon Energy Materials Platform
Powered by Copper — one engineered material, multiple applications
Aesyon engineers copper at the particle level and formulates it into application-ready materials. The product portfolio begins with engineered particles and expands into application-specific conductive and thermal materials.
Platform advantage
Why the Aesyon platform wins across the metrics that matter
Infrastructure buyers do not choose materials on one dimension. Aesyon is built to lead on the four that determine adoption: performance, economics, supply security and sustainability.
Proprietary particle engineering
Aesyon controls copper structure, surface chemistry and stability at the particle level. The result is a conductive material that behaves like a premium conductor without relying on precious-metal inputs.
Structural cost advantage
Preliminary application-specific economics indicate potential material cost reductions of approximately 25–80% compared with incumbent alternatives, alongside the platform's performance and supply advantages.
Manufacturing compatibility
Formulations are designed to drop into existing deposition, printing and coating processes. Customers gain material performance without redesigning production lines or requalifying equipment.
IP-backed platform model
The core capability is protected by internal know-how and a growing IP position. One platform feeds multiple product families across adjacent markets, compounding development leverage.
Cost reduction estimates are internal, application-specific and depend on formulation, loading, process conditions and customer qualification. They are not a guarantee of savings in any production environment.
Foundational material
Engineered Copper Particles
The underlying material technology of the Aesyon platform — copper engineered at the particle level to enable every downstream formulation.
How it outperforms
Engineered copper versus the alternatives
The platform is judged against incumbent and emerging conductive materials. Aesyon's copper is designed to take the best position across the comparison matrix.
Silver paste
High cost, volatile pricing, concentrated supply
Comparable conductivity target with copper economics and resilient supply.
Carbon-based conductors
Limited conductivity for power and compute applications
Higher conductivity ceiling from a metal-based platform tuned to the application.
Nanocopper
Oxidation, handling complexity and reliability concerns
Stability-first particle engineering designed for real manufacturing environments.
Alternative metals
Availability, process compatibility or long-term stability trade-offs
Copper's abundance plus engineered performance avoids those compromises.
Application formulation
Copper Ink / Conductive Formulations
Enabled by the engineered particle platform: particles are incorporated into application-specific conductive inks and formulations designed for industrial manufacturing processes.
- Air processable
- Pressureless
- Low-temperature processing
- Solderable
- Screen printing compatible
- Roll-to-roll compatible
Image pending
Printed conductive traces
Application-level demonstration imagery.
Image pending
Customer application testing
Qualification and evaluation programs.
Image pending
Scale-up production
Continuous domestic manufacturing.
Performance profile
The numbers behind the platform
Directional metrics that define how Aesyon's copper platform is positioned against incumbent conductive materials.
01
Conductivity
Metal-based platform targeting silver-comparable electrical performance.
02
Cost position
Copper feedstock economics support a competitive material cost basis at application scale.
03
Supply resilience
Abundant, globally traded and domestically processable feedstock.
04
Carbon intensity
Lower embodied carbon than precious-metal conductive materials.
Metrics are directional and based on internal assessment, published material characteristics and preliminary testing. Actual performance depends on application-specific formulation and qualification.
Validation
Federal support and technical rigor
Aesyon's platform development is backed by competitive federal research funding and application-specific testing programs.
$3M NSF award
National Science Foundation support for continued platform and particle-engineering development.
Application testing
Performance and reliability evaluation aligned to each target market's qualification requirements.
Customer co-development
Joint development and sampling programs with manufacturers integrating Aesyon materials.
Work with Aesyon
See how Aesyon fits your application
- Technical samples
- Application testing
- Commercial inquiries
Contact: info@aesyon.com