Trends
SGL Carbon and Airbus Helicopters to intensify collaboration
The two companies have agreed on framework contract that regulates the basic provision and further development of innovative carbon and glass fiber materials.
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General Atomics Aeronautical developing tool-less thermoplastics composites process
Aerospace manufacturer General Atomics Aeronautical Systems Inc. is developing a novel process for the fabrication of thermoplastic composite structures that obviates the need for traditional molds or tooling.
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IAI launches new production line for F-35 wing skins
Israel Aerospace Industries has launched a new automatic fiber placement line for composite skins for the F-35 wings.
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Pultrusion picks up speed in automotive applications
Pultrusion is one of the most cost-effective processes for manufacturing high-volume composite parts.
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NIAR's NCAMP qualifying TenCate thermoplastic composite
TenCate’s Cetex TC1225 T700GC 12K T1E unidirectional tape is a low-melt polyaryletherketone (LMPAEK) and is part of a broad effort by the National Center for Advanced Materials Performance (NCAMP) to qualify thermoplastic materials.
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Consortium works to develop biosourced composites from bamboo fiber
The BAMCO collaborative project aims to develop new biocomposites created from long bamboo fibres.
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Joinlox and USQ recognized for composite pile repair system
Joinlox and USQ collaborative technology on composite infrastructure repair solution receives JEC Asia Innovation Award 2018.
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Researchers develop bio-composite material from date palm fiber
Researchers claim date palm fiber polycaprolactone bio-composite has increased tensile strength and good low-velocity impact resistance.
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Boeing to supply ELG carbon fiber for recycling
Under a five-year agreement, Boeing will supply carbon fiber recycling specialist ELG Carbon Fibre with cured and uncured material from its 777X wing manufacturing facility, as well as other locations.
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Cimarron advances micro-strain performance for cryogenic pressure tanks
Cimarron Composites (Huntsville, AL, US) has made a leap forward in all-composite cryogenic tank development: development of a carbon fiber-reinforced composite storage tank capable of 15,000 micro-strain performance while in a pressurized liquid nitrogen environment.
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