Scale is increasing. Energy systems are operating longer. Risk tolerance is shrinking.
Shield is a structurally engineered separator that enhances long-term durability, reduces self-discharge — while preserving round trip energy efficiency.
Extended Cycle Life
Blocks harmful metal ions from reaching the anode, eliminating the most common cause of capacity fade.
Pack Efficiency Without Compromise
Thinner architecture, smaller footprint, more energy per container — without trading away durability.
Enhanced Safety
Prevents the metal ion crossover and plating that drive late-life safety failures and self-discharge.
$/kWh Cost Reduction
Stabilizes manganese-rich, LMFP, and lower-grade LFP and NMC cathodes without compromising output, improving asset bankability.
Engineered for durability-focused platforms that still demand strong performance
Electric Vehicles
Where safety, cost, and long-term reliability matter.
- Stable performance across extended cycles
- Improved chemistry tolerance
- Preserved charge capability
- Enhanced pack-level resilience
Stationary Energy Storage
Where lifespan defines value.
- Sustained output over time
- Reduced long-term system risk
- Stability at scale
- Improved total cost of ownership
Industrial & Microgrid
Where uptime is critical.
- Durable cycling behavior
- Thermal consistency
- Predictable long-term performance
Shield reinforces protection through molecular design without adding thickness.
1:1
replacement or augmentation of conventional ceramic-coated separators
Shield integrates directly into existing lithium-ion manufacturing.
Same process. Now with a stronger performance envelope.
- No redesign of cell architecture.
- No new gigafactory infrastructure.
- No workflow disruption.
Improved safety
Thermal stability
Extended cycle life
Cost stabilization
