Ceramic Electrolytes Enabling the Battery Revolution
Revolutionize energy storage with Vitreous Forge's ceramic electrolytes, enabling solid-state batteries with 2x energy density, enhanced safety, and rapid charging capabilities. Our advanced materials are unlocking the potential for next-generation electric vehicles and grid-scale energy storage.
Explore Our Solutions
Unrivaled Advantages of Vitreous Forge Ceramic Electrolytes
Superior Ionic Conductivity
Achieve efficient ion transport with ionic conductivity exceeding 10^-3 S/cm at room temperature, ensuring rapid charge and discharge rates for high-performance applications.
Enhanced Safety & Thermal Stability
Eliminate the risks of thermal runaway and flammable liquid electrolytes. Our ceramics offer excellent thermal stability and a wide electrochemical stability window for safer, more robust batteries.
Higher Energy Density & Longer Range
Enable smaller, lighter battery packs with significantly higher energy density, providing electric vehicles with extended range and consumer electronics with prolonged operational life.
Mechanical Strength & Structural Support
Our solid ceramic electrolytes provide inherent mechanical strength, simplifying battery architecture and enhancing durability in demanding environments.
Optimized Chemical Compatibility
Designed for seamless integration with advanced electrode materials, including lithium metal anodes, ensuring stable long-term performance.
Precision-Engineered Electrolyte Material Systems
LLZO Garnet Ceramics
Specializing in Li7La3Zr2O12 (LLZO)-based garnets, offering exceptional lithium metal compatibility and high ionic conductivity crucial for next-generation batteries.
- High Stability with Li Metal
- Excellent Ionic Conductivity
- Wide Electrochemical Window
Sulfide Glass-Ceramics
Leveraging sulfide-based glass-ceramics known for their ultra-high ionic conductivity, enabling extremely fast charging and high-power applications.
- Ultra-High Ionic Conductivity
- Superior Power Density
- Rapid Transport Kinetics
Custom Composite Electrolytes
Developing bespoke composite electrolytes that combine the best attributes of various ceramic phases, tailored for unique battery chemistries and operational demands.
- Tailored Performance Profiles
- Optimized Mechanical & Chemical Properties
- Enhanced Interfacial Stability
Verifiable Performance: Data You Can Trust
Our solid-state ceramic electrolytes undergo rigorous testing, consistently demonstrating performance metrics that set new industry benchmarks. Through meticulous electrochemical analysis and long-term cycling studies, we provide transparent, robust data to validate our materials' capabilities.
- High Ionic Conductivity: Confirmed >10^-3 S/cm at 25°C in target formulations.
- Exceptional Cycling Stability: Maintaining >90% capacity retention over 1000 cycles with lithium metal.
- Rapid Rate Capability: Enabling fast charge times crucial for EV applications.
- Wide Temperature Performance: Stable operation across automotive grade temperature ranges (-30°C to 80°C).
Scalable Manufacturing for Gigawatt-Hour Production
Vitreous Forge is not just about R&D; we are built for industrial scale. Our meticulously developed manufacturing processes ensure consistent quality and high-volume production capabilities, ready to support the next generation of battery innovation.
Precision Powder Synthesis
Advanced powder synthesis techniques deliver ultra-pure, uniform ceramic precursors crucial for consistent electrolyte properties, ensuring batch-to-batch repeatability and performance.
Automated Thin-Film Processing
Utilizing high-throughput tape casting and screen printing, we produce thin, defect-free electrolyte layers essential for high energy density and optimal battery stack design.
Quality-Controlled Sintering
Our optimized sintering protocols achieve dense, mechanically robust ceramic electrolytes with precise microstructures, maximized ionic conductivity, and exceptional reliability.
Driving Innovation Across Critical Markets
Our solid-state battery materials are engineered to meet the stringent demands of diverse, critical applications where reliability and performance are paramount.
Electric Vehicles (EVs)
Enabling longer ranges, faster charging, and superior safety for the next generation of electric cars, trucks, and buses.
Grid-Scale Energy Storage
Providing robust, long-duration storage solutions for renewable energy integration and grid stabilization, enhancing energy security.
High-Performance Electronics
Enabling compact, safer, and longer-lasting batteries for a new generation of portable consumer electronics and wearables.
Accelerate Your Battery Development with Vitreous Forge
Partner with Vitreous Forge to integrate cutting-edge ceramic electrolyte technology into your next-generation battery designs. We offer comprehensive support from custom material development to scalable manufacturing solutions.
- Collaborative R&D Programs: Tailored research and development to meet your specific performance objectives.
- Custom Electrolyte Formulations: Engineering unique material compositions for specialized battery chemistries.
- Advanced Characterization & Testing: In-depth material analysis and electrochemical performance validation.
- Seamless Scale-Up Support: Guiding your project from laboratory prototypes to full-scale commercial production.
