Biomaterials
Aimplas coordinates FOREST project to facilitate transportation sector decarbonization
Fourteen partners are developing bio-based polymers, additives and recycled carbon fibers for the creation of competitive multifunctional biocomposite solutions.
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Sperlu prepolymers enable high-performance epoxy resins with up to 80% bio-based content
Spero Renewables has received funding to further scale its pilot production, enabling tunable epoxy resins for composites with Tg of 65-160°C and storage modulus >2,000 megapascals.
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Aciturri joins r-LightBioCom project for bio-based HPC advancement
A catalog of novel, sustainable composites, including bio-resins, biomass-derived nanofillers and additives, fiber-based textiles and corresponding technologies, will be developed during this three-year EU project.
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Biocomposite for mobile architecture, low load-bearing applications
The German Institutes of Textile and Fiber Research and partners have developed a biocomposite well suited for support profiles and connecting nodes in construction applications.
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Thomas Tison, NLComp head biocomposite ecoFoiler development
The fully recyclable, 3.80-meter foiling dingy concept, as demoed at JEC World 2023, sets the bar for watercraft that are accessible to a broad spectrum of sailors.
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INCA secures $40 million funding commitment for biocomposites development
INCA Renewable Technologies targets commercialization of hemp-based biocomposites line for automotive, wind, marine industries, moves forward with processing facility construction.
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ELIOT Project finds solvolysis best method for aerospace biocomposites recycling
Aimplas and TNO study analyzed 12 methods for six different biocomposites. Solvolysis and pyrolysis proved the two most promising alternatives tested in large-scale production at a pilot plant.
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German consortium develops biopolymer-based Cellun composite
German Institutes of Textile and Fiber Research (DITF) and partners present a conventional composite material alternative using cellulose that can be processed using industrial processing methods.
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Natural fiber composites: Growing to fit sustainability needs
Led by global and industry-wide sustainability goals, commercial interest in flax and hemp fiber-reinforced composites grows into higher-performance, higher-volume applications.
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DITF develops water-spun lignin fibers as PAN precursor alternative
Lignin fibers produced via an aqueous solution and dry spinning process result in homogeneous, smooth-surfaced fibers that are more environmentally friendly and cost-saving.
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