FRM (Forced Resin Molding), a patented process, stands as the most cost-efficient and sustainable method in the world of composites today.
Manufacturing Advantage
FRM supports applications across civilian infrastructure, defense, aerospace, and advanced manufacturing, operating within applicable U.S. compliance standards.
FRM holds a strong position in the composites industry, with the capability to produce standard and custom part geometries through multiple processing methods scaling efficiently from prototype development to high volume production.
The platform is engineered to meet or exceed the structural and performance requirements traditionally associated with metals, offering a durable, lightweight alternative for demanding environments.
A key differentiator of the FRM process is its ability to produce complex, one-piece molded components, reducing assembly requirements and improving overall structural integrity an advantage that remains difficult to replicate in conventional composite manufacturing.
Utility Infrastructure
FRM technology can be applied to protect and extend the life of existing wood and composite utility poles, enhancing structural durability and resistance to environmental degradation.
When integrated into newly manufactured utility poles, FRM enables advanced composite structures designed for significantly extended service life up to 50 years longer than traditional materials, depending on application and conditions.
A key operational advantage is the ability to perform on site repairs in remote or hard-to-access locations, reducing the need for full pole replacement and minimizing service disruption.
This approach supports utilities in:
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Reducing replacement cycles
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Lowering long-term maintenance costs
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Improving infrastructure resilience
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Enabling field repairs in remote environments
