Introduction
Ampcera's dual innovation strategy:
critical solid-state electrolyte material manufacturing &
unique solid-state battery technology development
Advancing battery technology through root-cause materials engineering and validation-driven design improvements.
This closed-loop strategy accelerates commercial readiness by turning foundational materials science into market-ready, high-performance battery systems.
Superior Electrolytes
- Proven performance
- Optimized morphology
- Consistent quality
- Enhanced environmental compatibility
- Scalable production
Integration Process
- Drop-in manufacturing technology
- Cost-efficient dry-electrode
- Minimal transformation barrier
- Consistently high yield
Real All-Solid-State
- All Climate (-20 to 80°C)
- Fast Charging (< 15 min)
- High Energy Density (50+%)
- Superior Safety (no liquid)
Industries
Major industries we
partner with
We meet customer battery and material requirements by combining R&D, rapid prototyping, optimization, and scalable production capabilities.
Manufacturing
Manufacturing for the
future
Ampcera manufactures the most reliable and safest solid electrolytes on the market, enabling the world’s transition to a sustainable future. Our large-scale battery materials factory in Arizona is reshaping electric mobility, consumer electronics, and clean energy.
Two facilities
Facility I: Pilot for solid-state electrolyte material production with a 20-ton annual capacity.
Facility II: a pre-pilot line for solid-state battery R&D and prototyping.
Next Steps
Build SSB pilot line (2026).
Support niche customers (2027).
Develop CE batteries and supply B/C samples to OEMs.
Scale materials production to lower cost.
Intellectual Properties
50+ patent applications (15+ granted)
100+ trade secretes (material design, processing, cell design and integration, manufacturing methods, SSB applications.)
Partnerships
Key Investors and
Strategic Partners
Blog Posts
Beyond Lithium-Ion batteries: innovation is on the rise – An interview with Ampcera
Ampcera’s All-Solid-State Battery Technology Surpasses U.S. DOE’s Extreme Fast-Charging Goal of 80% Charge in 15 Minutes
