Powering the Future of Energy Storage
Atlantic Equipment Engineers delivers high-purity metal powders and custom alloys engineered to meet the demands of modern battery and energy storage technologies.
From lithium-ion batteries powering electric vehicles to large-scale renewable energy storage systems, our powders provide the purity, consistency, and performance that manufacturers and researchers rely on.
Our high-purity metal powders and compounds enable high energy density, improving efficiency across electrodes while offering cost-effective and sustainable solutions for large-scale adoption.
Engineered Metal Powders for Next-Generation Batteries
At AEE, we specialize in ISO-certified materials engineered for advanced energy storage. Our materials meet the strict requirements of:
- Battery electrodes (anodes and cathodes).
- Current collectors.
- Advanced storage systems such as solid-state and flow batteries.
With tailored particle sizing, controlled morphology, and exceptional purity, AAE ensures your materials deliver results at every stage, from R&D to full-scale production.
Why Energy & Battery Developers Trust American Equipment Engineers
From R&D labs to gigafactory-scale production, developers trust AAE for:
- ISO-certified, high-purity metal powders and compounds
- Technical consulting for battery-specific alloys
- Custom particle sizing for electrode optimization
- Complete lot traceability and documentation
- Reliable supply chains and fast delivery worldwide
- High energy density for extended storage capacity
- Cost-effective solutions for large-scale deployment
- Sustainable processing to meet modern energy goals
Products, Grades & Technical Specifications
Our battery-grade powders include:
- Lithium powder – anode materials.
- Nickel powder – cathode and electrode applications.
- Calcium powder – stabilizing alloys.
- Cobalt powder – high-energy density cathodes.
- Copper powder – current collectors.
- Silicon powder – advanced anode materials.
- Manganese powder – electrode stabilization
- Iron powder – cost-effective electrode blends
- Silicon carbide powder – high-performance additives
- Metal oxide powders – for diverse storage chemistries
- Custom alloys – tailored for next-gen R&D
Every batch undergoes rigorous purity testing and is optimized for application-specific performance. With their high energy density and sustainable design, our metal powders and compounds provide cost-effective options for both R&D and large-scale deployment.
Applications & Processes We Support
AEE supports the full spectrum of energy storage applications:
- Research and prototyping for next-generation chemistries
- Powder metallurgy for electrodes, current collectors, and components
- Custom alloy design for lithium-ion, solid-state, and flow batteries
- Additive manufacturing for 3D printing of battery components
- Renewable energy storage systems
Key Benefits & Features of American Equipment Engineers Materials
- Consistent, high-purity metal powders.
- Wide range of particle sizes and alloy compositions.
- ISO-certified production and traceability.
- Expert R&D and technical support.
- Fully customizable alloy solutions.
- Supply chain reliability with fast delivery options.
- High energy density materials for compact, powerful storage.
- Performance-enhancing alloys for advanced applications.
- Cost-effective solutions for large-scale manufacturing.
- Sustainable sourcing and processing methods.
Custom Solutions & Technical Support
Looking for a unique alloy or process optimization? Our team of experts provides:
- Custom alloy development for specific chemistries.
- Process optimization for improved yield and performance.
- Flexible order sizes from R&D batches to production volumes.
Quality Assurance & Customer Trust
Atlantic Equipment Engineers is committed to the highest standards of quality:
- ISO-certified manufacturing.
- Rigorous testing and purity validation.
- Full traceability and documentation.
- Trusted by universities, R&D labs, and global manufacturers alike.
Q: What types of energy storage systems do your materials support?
Our powders are used in lithium-ion, solid-state, flow batteries, and renewable storage systems.
Q: Can you assist with alloy or electrode design?
Yes, our experts provide direct technical support and custom solutions.
Q: What are typical lead times for battery-grade metal powders and compounds?
Most orders ship within 1–3 business days, depending on batch size.
Q: Are your materials ISO-certified?
Yes, all our powders are produced and tested under ISO-certified processes.
Q: Do you offer custom particle sizes or alloy composition?
Yes, we specialize in tailoring powders to meet specific performance requirements.