Core
Wind foam sources: PET, SAN & PVC
That polyethylene terephthalate (PET) foam is the core material of the future appears to be an open secret within the composites industry.
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Core for composites: Winds of change
Core materials suppliers lean into the bracing breeze of big-blade challenges raised by the burgeoning wind energy industry.
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Residential construction breakthrough: Composites find a home
Composite materials get the go-ahead for an unconventional but code-compliant California house.
Read MoreRigid polyurethane foam primer
In this sidebar to CT's feature story entitled "Structural polyurethanes: Bearing bigger loads," the author defines the differences between the two major types of polyurethane foam.
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Structural polyurethanes: Bearing bigger loads
The versatile polymer shows new strength (and other advantages) in pultrusion and core materials applications.
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Carbon/glass hybrid wins place on monohull for famed race
SP-High Modulus (Newport, Isle of Wight, U.K.) is supplying composite materials and engineering expertise for the M34, a new yacht design for the annual Tour de France à la Voile.
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Urban turbine redesign taps benefits of additive fabrication
Michael R. LeGault details efforts to produce an anti-icing system for “small-wind” vertical-axis wind turbine blades.
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Dielectric heating speeds honeycomb core manufacture
Many composites, particularly those made with glass or aramid fibers in a polymer matrix, tend to be inherently nonconductive.
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787 integrates new composite wing deicing system
The composite wing leading edge on Boeing’s Dreamliner features an integrated heating element that incorporates a sprayed metal conductive layer within the laminate stack.
Read MoreMicrospheres: Fillers filled with possibilities
For composite applications, these hollow microstructures displace a lot of volume at low weight and add an abundance of processing and product enhancements.
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