Cabin air systems
Fine particle capture with comfort-focused airflow performance.
Nanofiber technologies for cleaner, smarter automotive systems
We help automotive suppliers and OEM ecosystems improve cabin air quality, electronics protection, and process efficiency with advanced nanofiber media.
Automotive priorities we address
Automotive programs need stable quality under high volume, strict regulations, and cost pressure. Our teams align material architecture and manufacturing controls to meet those constraints.
- Improve cabin air filtration with low pressure drop structures.
- Protect EV battery and electronics compartments from fine particles.
- Stabilize component quality across global production lines.
- Support faster validation cycles for new mobility platforms.
EV battery modules
Airborne particle management for sensitive electronic environments.
Engine intake paths
Durable media options for challenging operating conditions.
Acoustic technical layers
Lightweight structures supporting noise and vibration control.
Solution portfolio
Where we deliver impact
Material stack design
Nanofiber layer construction tuned for automotive targets.
Pilot and validation support
Faster qualification through controlled pilot testing workflows.
Line integration planning
Process and handling design for high-volume stability.
Quality control architecture
Critical parameter tracking for repeatable material behavior.
Supplier enablement
Technical transfer for converter and Tier supplier networks.
Cost-performance optimization
Balancing performance gains with production economics.
Outcome metrics
Typical program results
-
25%+
potential pressure-drop improvement in optimized designs
-
30%
faster validation cycles with pre-defined test protocols
-
20%+
defect reduction potential with process tuning
-
3
core automotive domains served: cabin, EV, intake
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