Fabrics/Preforms
3-D preforms: Fast, efficient blade-root manufacture
To expedite the blade root manufacturing process for wind turbine blade manufacturers, 3TEX Inc. (Cary, N.C.) has developed RapidRoot, a 3-D preform.
Read More
Heavy-duty infusion: Scaling up for scrubbers
Infused 3-D woven fabric preforms best steel in beams and unitized deck structures built for the caustic confines of massive flue gas desulfurization systems.
Read More
Portable wind turbine powers the warrior
DARPA-financed program puts wind energy to use for battery and system recharging.
Read More
Antiballistics: Better defense, less expense
Armor applications grow on the strength of new markets, new composite materials.
Read More
Spread-tow fabrics reduce waveboard weight
Fanatic (Molln, Austria) recently introduced a new version of its windsurfing waveboard, called FreeWave TeXtreme, made with TeXtreme spread carbon tow fabric from Oxeon AB (Boras, Sweden).
Read More
SQRTM enables net-shape parts
New out-of-autoclave process combines resin transfer molding with prepregs for complex helicopter part prototype.
Read More
F1-inspired MonoCell: Racing safety for the road
Resin transfer molding makes CFRP passenger cell mass-producible for new model supercar.
Read More
Structural makeover: Big bridge-strengthening project
The 2.5-km/1.6-mile long cable-stayed-concrete West Gate Bridge in Melbourne, Australia, is prepped for added traffic lanes with BASF's MBrace composite reinforcements, pultruded by EPSILON Composite (Gaillan-en-Médoc, France).
Read More
Boeing 787 Update
Approaching rollout and first flight, the 787 relies on innovations in composite materials and processes to hit its targets
Read More
.jpg;maxWidth=300;quality=90;format=webp)
