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Basic, multiaxial composite material offerings balance processing and performance

CAMX 2025: Saertex USA is a domestic materials partner offering reliable high-quality composite reinforcements and local service, from 150-inch-wide multiaxial fabrics with Chop to comprehensive material ranges.

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Source | Saertex USA

Saertex USA (Huntersville, N.C., U.S.) is highlighting its U.S.-made, high-performance composite solutions supporting key industries from transportation to marine. This includes the company’s multiaxial fabrics with chopped strand mat (or “Chop”), carbon and glass fiber material lines, a displayed motorcycle hood and an emphasis on Saertex’s marine solutions.

Manufactured at its North Carolina facility, Saertex 150" wide multiaxial fabrics with Chop are reported to be the widest reinforcements available on the market, enabling more efficient processing and fewer seams, all without compromising mechanical properties. The fabrics are ideal for large-scale composites manufacturing, and come in a combination of continuous fibers and a chop strand mat.

Produced locally for fast lead times and quality assurance, Saertex’s Carbon and Glass Basic Lines are made in the U.S., versatile, cost-effective and optimized for a range of infusion and closed-mold processes. These reinforcements are ideal for customers looking to balance performance, availability and price.

A dynamic example of advanced composite design and structural performance, is a three-wheeled motorcycle hood. It highlights Saertex USA’s expertise in fabric designs for lightweight, complex-shaped parts. It also features the company’s SAERcore product for added strength, form adaptability and process efficiency in molding operations.

Finally, Saertex is spotlighting its marine solutions — trusted by boatbuilders for their durability, lightweight performance and processing efficiency in both structural and aesthetic parts. Whether a customer requires high-volume production or custom builds, Saertex says its portfolio is built to meet specific needs.

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