Graphene
JEC Composites presents 2023 Innovation Award finalists
This year’s 30 Innovation Award finalists representing 11 categories portray excellence in composites innovation and fruitful collaboration.
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Novel OCSiAl graphene nanotube concentrate enables conductive thermoplastics
Validated Tuball Matrix 808 provides thermoplastics with optimized electrical conductivity but retains mechanical properties and has minimal impact on a high MFI.
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New research developments identify new methods for bio-derived carbon filler reinforcement for biocomposites
Sustainable methodologies employed by researchers from Tuskegee University enable the synthesis of carbon from biomass-based precursor materials, and its effective reinforcement in composites.
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Haydale graphene-enhanced prepreg achieves notable tool life extension
Extended field trials substantiate functionalized prepreg material features, such as doubled composite parts manufacture, tighter-tolerance parts and more.
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AMULET project funds 24 projects in composites, CMCs, metals
Trans-European project finalists for first open call identify material and process innovations in building, aerospace and aeronautics, energy and automotive sectors.
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G6 Materials enters collaboration agreement with MADE Advanced Materials
The “Collaborative Project” is intended to explore the possibility of using fiber-reinforced composites with graphene-enhanced resin.
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Mito, Cardea Bio spearhead ISO standardization efforts for graphene
Unified draft technical specification brings together industry, academia and the government to develop a classification framework for graphene-related 2D materials.
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Rice University turns asphaltene into graphene for composites
University scientists use novel flash Joule heating process to convert crude oil byproduct into graphene, to then be mixed with composites for thermal, anti-corrosion and 3D-printing applications.
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New polymer expands composites options in demanding environments
Aromatic thermosetting copolyester offers unique properties, availability in multiple form factors.
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OCSiAl graphene nanotubes enhance dielectric properties of GFRP pipes
Nanotubes grant permanent, uniform anti-static properties and are compatible with most resin types and manufacturing processes, enabling composite pipe use in high-risk facilities.
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