Epoxies
ATL Composites celebrates 40-year anniversary
Looking ahead, the Australia-based company to translate its marine composites experience into new markets.
Read MoreJEC World 2020 preview: Trelleborg
Trelleborg Applied Technologies is showcasing advancements across its range of epoxy tooling boards.
Read MoreSolvay launches epoxy prepreg for aerostructures compression molding
Solvay Composite Materials has launched CYCOM EP2750, a new highly drapable epoxy prepreg designed specifically for the compression molding of high-quality, high-rate, cost-effective primary and secondary aerostructures.
WatchDC dielectric sensors for industrial composites production
Synthesites in situ process monitoring enables cure decisions based on real-time Tg evaluation that can reduce cure cycles by up to 50%.
Read MoreSolvay showcases low-cost prepreg and parts approach using Cygnet Texkimp filament winder
High-speed, tailored preforms are used with Solvay double diaphragm forming (DDF) and compression molding to produce cost-effective, medium-volume auto and aero parts.
WatchRolls-Royce starts manufacture of world's largest fan blades, made with composites, for UltraFan demonstrator
CFRP blades and fan case cut weight for twin-engine aircraft by 700 kilograms
WatchHexcel, NaCa Systems develop hybrid carbon/wood fiber composite car seat back
Benefits are said to include a 40% weight savings and improved carbon footprint.
Read MoreCompression RTM for production of future aerostructures
Automated preforming and 5-min resin infiltration show a way forward for lower-cost CFRP primary structures.
Read MorePresidium launches fast-cure, high-strength resin system
Presidium USA is introducing to the composites manufacturing market the RevoTherm line of resin systems that offer low viscosity, fast cure and high strength in finished parts.
Read MoreJEC announces finalists for 2020 Innovation Awards
JEC Group has announced its JEC Innovation Awards finalists, 33 total from 11 categories. Winners will be announced at JEC World 2020 on March 4.
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