Materials
ZEBRA project launched to develop first 100% recyclable wind turbine blades
A cross-sector consortium has been brought together to demonstrate the relevance of thermoplastic wind turbine blades, with an eco-design approach to facilitate recycling.
Read MoreStrohm thermoplastic composite pipes receive DNV certification, reported to have low carbon footprint
Strohm and Evonik’s carbon fiber/PA12 pipes are now fit to use for hydrocarbons transport. A lifecycle report also found the TCP pipes to have a 60% lower carbon footprint than an equivalent carbon steel pipeline.
Read MoreIsovolta Group features high-performance Cerapreg material
The silicate-ceramic material is able to withstand high temperatures while offering a weight reduction of up to 40%.
Read MoreCFRP breakdown poles designed for lightweight, long-lasting use in marine applications
Shellback Canvas LLC wanted to develop a cost-effective alternative to prepreg poles for its canvas boat awnings. The resulting Blacksticks comprise compression-molded carbon fiber braid and epoxy in a unique process.
Read MoreAimplas joins LIGHTCAR project to develop eco-friendly composite materials
Funded by the Valencian Innovation Agency, novel long fiber thermoplastics aim to lighten electric vehicle batteries by 50-70%
Read MoreExpansion begins at Hexcel engineered core operations plant in Morocco
The site will double in size by 2023 to meet increasing demand for lightweight advanced composites from aerospace customers.
Read MoreSwissplast Group to produce large-scale 3D-printed components via hybrid LFAM machine
Developed between CMS Advanced Materials Technology and the Fraunhofer Institute, the additive technology produces thermoplastic granulates reinforced with carbon or glass fiber.
Read MoreIsoTruss completes $4.5 million Series A funding round
Funding accelerates carbon fiber cell tower rollout, targeting industries including telecom infrastructure, aerospace, civil infrastructure, energy and construction for further growth.
Read MoreBiomimicry braiding for load-bearing slender FRP node structures
An interdisciplinary research team has developed a spatially branched, carbon fiber-reinforced, high load-bearing supporting node for consideration in building and construction.
Read MoreDecathlon selects GreenPoxy bio-resin for latest sustainable wakeboards
The sports equipment giant combines GreenPoxy 33 with FSC-accredited wood cores and monitors all ecological impacts of the manufacturing process, keeping the environment at the heart of its newest designs.
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