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Engineered

Custom formulations for your exact needs

Rapid prototyping

Test and iterate quickly with our advanced development facilities and experienced materials engineers.

Full-scale production

Seamlessly transition from prototype to commercial manufacturing without compromising quality or consistency.

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Where it performs

Explore the industries and applications where this material delivers performance, functionality, and manufacturing advantages.

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EVs

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Aerospace

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Advanced Air Mobility

Overview

SENW develops advanced nonwoven materials engineered to support the performance, safety, and durability of modern energy storage systems. These materials provide controlled porosity, thermal stability, and structural reinforcement for components used in batteries, supercapacitors, and other energy storage technologies.

By utilizing high-performance fiber systems, SENW creates materials that can function as separators, reinforcement layers, conductive substrates, or thermal protection components within energy storage architectures.

Materials

Carbon Fiber, Micro Fiberglass, Meta-Aramid, OPAN, Alumina Trihydrate (ATH), etc.

Basis Weight: 50 – 100 gsm

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Functions / Energy Storage

Energy Storage

SENW develops advanced nonwoven materials engineered to support the performance, safety, and durability of modern energy storage systems.

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