Transforming carbon waste
into advanced carbon materials

Two Waste Streams.
Four Essential Products.
One Revolutionary Platform.
At Aeroborn, we've developed products that address critical challenges in energy storage and environmental sustainability.
Each product leverages our proprietary molten salt technology to transform waste streams into essential materials for the green economy.
Aeroborn GSA
Graphene-Silicon Anode
Aeroborn GRA
Recycled Graphite
Aeroborn ACS
Activated Carbon for Supercapacitors
Aeroborn ACF
Activated Carbon for Air and Water-filtration

The Future of Battery Performance
Aeroborn GSA (Graphene-Silicon Anode) represents a breakthrough in battery technology. By wrapping silicon particles in graphene sheets derived from recycled batteries, we've created an anode material that delivers unprecedented performance while maintaining cycle stability.
Key Features:
3x Energy Capacity: Minimum 1,000 mAh/g compared to 370 mAh/g for conventional graphite
Extended Lifespan: 1,000+ charge cycles with 85% capacity retention
Fast Charging: 80% charge in 15 minutes without degradation
100% Circular: Made from recycled battery waste
Applications:
Premium electric vehicles requiring maximum range
High-performance drones and aerospace applications
Grid-scale energy storage systems
Next-generation consumer electronics
Technical Specifications:
Capacity: 1,000-1,800 mAh/g
Coulombic Efficiency: 98%
Operating Temperature: -20°C to 60°C
Silicon Content: 30-40%
Aeroborn GRA
Sustainable Drop-in Replacement
Aeroborn GRA (Recycled Graphite) provides battery manufacturers with a sustainable alternative to virgin graphite that requires no changes to existing production processes. Extracted from black mass through our low-temperature process, it meets all industry specifications while dramatically reducing environmental impact.
Key Features:
Industry Standard Performance: 370 mAh/g capacity
Drop-in Compatible: No manufacturing process changes required
Regulatory Compliant: Meets EU recycled content mandates
Cost Competitive: Comparable pricing to virgin materials
Applications:
Standard lithium-ion batteries
Consumer electronics
Electric vehicle battery packs
Energy storage systems
Technical Specifications:
Capacity: 370 mAh/g
Purity: >99.5%
Particle Size: D50 = 15-25 μm
BET Surface Area: 2-5 m²/g