Pressure Vessels
Sino Polymer develops high-performance epoxy resin prepreg
Used in railway applications, the carbon fiber prepreg can be cured at 150℃ for 10 minutes, and is suitable for structural parts requiring Tg within 120-140℃.
Read MoreACT Blade, AMRC cooperate on 13m blade demonstrator
ACT Blade’s wind turbine blade design uses a textile shell overwrapping a structural spar to help reduce blade weight and manufacturing cost.
Read MoreDeveloping a linerless, all-composite, spherical cryotank
Infinite Composites Technologies’ Type V pressure vessel for storing cryogenic space launch vehicle propellants shows promise for eliminating elusive microcracking issues.
Read MoreFLOTANT project to develop composite mooring cable system for deep water wind farms
Project partners are testing pultruded carbon fiber/thermoplastic profiles for use in a more cost-efficient, robust offshore wind farm mooring system.
Read MoreFiberline to supply carbon fiber profiles for Nordex Group wind blades
Denmark-based Fiberline says this transaction is its largest carbon fiber profile contract in the wind industry to date.
Read MoreU.K. develops Sustainable Composites to address composite recycling challenge
The partnership will accelerate new recycling technologies, such as delivering a series of R&D projects, investing in new material feedstocks and more.
Read MorePlasmaBound completes €1.1 million investment round
Ireland-based PlasmaBound has developed controlled polymer ablation (CPA) technology, which joins structural adhesives to composites materials.
Read MoreDigital thread vs. digital twin
Visualizing the difference between digital representations and data flows and understanding the applications that are changing composites manufacturing and business models.
Read MoreReport suggests acceleration in fuel cell, electrolyzer development
Recently, new partnerships and research into 3D-printed structural components for solid oxide fuel cells demonstrate new approaches in fuel cell technology.
Read MoreBio-based hybrid tapes assessed for lightweight applications
A project of AZL’s partner institute, ITA, integrates flax fiber reinforcement with a PA11 resin matrix. Targeted end markets include automotive and wind energy.
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