Our products

ROVINGS & FILAMENTS for
REINFORCEMENT FABRICS

patent-pending materials

Cut emissions without sacrificing the performance your customers demand

BIO|Power Reinforcements ™

Unique rovings that dramatically improve performance-to-cost for natural- and carbon-fiber composite applications

COR|Power Filaments ™

Minimize performance-sapping vibration with our bio-based filament that sets new standards for damping

BIO|Power reinforcements

Raising the bar for natural-fiber performance

Generate new revenue streams with a natural-fiber offering that helps your customers meet consumer demand and governmental mandates for more sustainable products.

Our patent-pending BIO|Power rovings bring new levels of flexural performance to your product line. They can be used stand-alone in your fabrics—increasing performance over standard bio-based fibers—or combined with carbon, glass and basalt fibers to dramatically improve flexural stiffness and strength, while reducing environmental impact.

What’s more, with our unique ability to tailor the construction, BIO|Power lets you fine tune the performance characteristics of your fabrics to the needs of customers and applications.

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Specific tensile strength of fibers vs flax
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Specific flexural strength of fibers vs flax
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Specific flexural modulus of the fiber vs flax
COR|Power

cor|power filaments

Bio-based shock attenuation and vibration damping

Build enhanced vibration and shock performance into your fabrics, while reducing their carbon impact across a range of composite applications.

Our patent-pending COR|Power filaments enable you to provide customers with a bio-based vibration damping technology that rivals the best petroleum-based materials. COR|Power can be integrated into fabrics with BIO|Power or flax rovings for customers who require a fully natural fabric; or combined with carbon, glass and basalt rovings to substantially improve their vibration damping.

COR|Power also enhances flexural stiffness for both natural and synthetic fiber composites, improving the stiffness-to-weight characteristics of your fabrics and your customer’s composites.

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Improvement in vibration damping in basalt composite
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Improvement in vibration damping in flax composite
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Specific flexural modulus when added to SM carbon fiber

F.A.Q

Frequently Asked Questions

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Test our materials

Our materials are currently under development. Please fill in the form to join our waiting list for testing.