Battery separators
Nanofiber-enabled layers for improved thermal and ionic behavior.
Nanofiber structures enabling next-generation energy systems
We support energy innovators with separator, membrane, and functional layer programs designed for electrochemical stability, efficiency, and manufacturability.
Energy sector goals we support
Energy technologies demand materials that perform under stress and at scale. Our programs combine nanofiber architecture design with disciplined validation and process transfer.
- Develop high surface area structures for improved electrochemical behavior.
- Balance durability, safety, and throughput in scalable production settings.
- Reduce development risk through data-driven pilot qualification.
- Align material design with long-term reliability expectations.
Fuel cell membranes
Engineered structures supporting efficiency and operational stability.
Energy filtration modules
Fine particle and contaminant management in critical systems.
Thermal management layers
Materials supporting protection and performance consistency.
Solution portfolio
Where we deliver impact
Electrochemical material tuning
Optimize porosity, thickness, and morphology for target outcomes.
Pilot qualification protocols
Performance and durability testing aligned with application demands.
Scale-up pathway design
Process transfer frameworks for consistent high-volume output.
Reliability diagnostics
Failure mode analysis for preventive design and process adjustments.
Safety-oriented process design
Operating envelopes defined for robust and safe production.
Ecosystem collaboration support
Integration with cell, module, and system-level development teams.
Outcome metrics
Typical program results
-
28%
typical pilot efficiency gain after architecture optimization
-
3x
faster screening of material candidates with sprint workflows
-
15+
energy development programs supported
-
99%
batch-level traceability in qualified pilot runs
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