Materials Innovation

Huntington Beach – November 02, 2026 -- Japan-based Prime Polymer and U.S. biomaterials company Newlight Technologies have developed a polypropylene textile material with dyeability comparable to polyester (PET). The material targets the limited dyeability that has held back polypropylene fiber in apparel and footwear.

Polypropylene and Aircarbon PHB alloy accepts conventional disperse dyes

The material combines Prime Polymer's polypropylene alloy design and compounding technology with Newlight's Aircarbon® PHB. Newlight produces this biomaterial with microorganisms that convert methane.

The companies say the alloy can be processed from compound pellets into yarn, then knitted or woven into fabrics. It can be dyed with conventional disperse dye systems, the same class of dyes used for polyester. Both companies have demonstrated conversion of the material into yarn and textile structures.

Global – October 24, 2026 -- Marine sporting goods manufacturers are replacing traditional materials and open-mold processes with carbon fiber composites, epoxy resins and closed-mold techniques, cutting production time, waste and cost while building lighter, more durable boats, surfboards, kayaks and personal watercraft.

Carbon fiber and epoxy raise hull and surfboard performance

Carbon fiber composites increase the rigidity of boat hulls and reduce their overall weight, which raises speed and fuel efficiency. In surfboard manufacturing, epoxy resins deliver better impact resistance and longevity than traditional materials.

Romeo, Mich. – September 22, 2026 -- L&L Products has released Toughened T-Link®, a fully amorphous thermoplastic adhesive that delivered a 66% increase in compressive strength after impact under ASTM D7137 testing versus panels made with epoxy prepreg alone.

New adhesive targets ductility gaps in layered carbon-fiber composites

The technology extends L&L Products' existing T-Link® platform, adding enhanced impact resistance while retaining the dry-to-the-touch handling, room-temperature storage, and fast consolidation properties that define thermoplastic adhesive processing. Internal testing also showed a considerable increase in short beam shear performance under ASTM D2344 for panels incorporating Toughened T-Link® film between epoxy prepreg layers.

Sartell, Minn. – September 16, 2026 -- Niron Magnetics marked a construction milestone at its 287,000-square-foot Sartell, Minnesota facility with a steel-raising ceremony, alongside a new investment from Honda Motor Co. through its Honda Xcelerator Ventures program. The financial terms of Honda's investment were not disclosed.

Sartell plant will produce 1,500 tons of rare-earth-free magnets annually by 2027

CEO Jonathan Rowntree joined Sartell Mayor Ryan Fitzthum, Mark Ford of Ryan Companies and John Shaw of Wood to raise a ceremonial steel column at the plant, which is slated to become operational in 2027. At full capacity, the facility will manufacture up to 1,500 tons of permanent magnets per year and employ 175 full-time workers, representing the first commercial-scale phase of Niron's manufacturing platform.