Graphene nanotube-enhanced composite tanks reduce weight in firefighters’ compressed air tanks by up to 75%, and show potential for hydrogen storage.
Associate Editor, CompositesWorld
Collaborative two-year project to study how to apply nanoheating technology to electric vehicle (EV) series production and complex vehicle parts to extend range capabilities.
Gelcoat modified by use of graphene nanotubes imparts conductivity to the surface of composite parts and enables powder coating instead of liquid painting.
EU Horizon 2020 MASTRO project to develop intelligent bulk materials with carbon nanotube integration for self-cure, self-anti-icing and self-sensing properties.
Using carbon nanotubes, polypropylene, high-density polyethylene and 3D printing, researchers develop a composite with energy absorption superior to that of aluminum.
NAWA America’s immediate focus is to bring NAWAStitch to mass market, a thin film containing trillions of VACNT arranged perpendicular to the carbon fiber layers to reinforce the weakest part of a composite.
The distribution agreement involves the promotion and distribution of Nanocyl’s multiwall carbon nanotube (MWCNT) products.
Since its start in 2015, the Institute for Advanced Composites Manufacturing Innovation (IACMI) has come a long way in its mission of advancing composites innovation. CTO Uday Vaidya reflects on the past five years.
The supplier says it is now able to commercialize up to 100 metric tonnes of its TUBALL graphene nanotubes per year in Europe.
Graphene (0.075 weight %) added to PAN precursor exhibited 225% increase in carbon fiber tensile strength and 184% increase in modulus.
Huntsman Advanced Materials is showcasing applications of its resin systems for the automotive, aerospace, wind energy markets.
Toray says that its ultra-high frequency (UHF) printed radio-frequency identifier (RFID) has potential application in retail and logistics operations.
A team of researchers from Florida State University is developing a design for for a carbon nanotube-based heat shield for use on satellites, rockets and jet aircraft.
RTP Co.’s CCX Conductive Masterbatches can be formulated with carbon nanotubes, carbon black, stainless steel fiber or dissipative polymer technology.
Advanced materials company evolves from nanomaterials to multifunctional composites and processing solutions.
Senior Editor, CompositesWorld
Development spans 3D and thermoplastic nanocomposites, nano-CMCs for hypersonics and nanomaterials safety and toxicity.
New composites meet stringent fire requirements while lightweighting ships, rail cars and battery boxes for electric cars and planes.
A need for lightweight energy storage technology is fueling the development of carbon fiber composite materials for car batteries and other electronics.
The 2018 AVK Innovation Awards were presented at the International Composites Congress (ICC) on Nov 5, chosen from more than 50 submissions.
Curved pultrusion for automotive, Smart Susceptors for primary structure repairs and Huntsman advances leaf springs for trucks, carbon wheels for automotive, “thin-ply” ailerons with Airbus and Nanocomp Technologies.
The Super-lightweight Aerospace Composites (SAC) project seeks to scale up the manufacturing and use of carbon nanotube composite materials for rockets and spacecraft.
Nanomaterials range in size, material, characteristics and usage in composites manufacturing. Provided here are types and definitions of those currently available.
Senior Editor, CompositesWorld
Stat Peel Inc. (Sandy, Utah, US; Glarus, Switzerland) is exhibiting its nanofiber detection system, the Identifier C1.
The team’s method uses aerosols of metal and carbon to carefully manipulate and control the nanotube structure directly from the fabrication process.
Composites may have new function as phase change materials (PCMs) for managing electric vehicle temperature and range.
Fabric coated with electrically conductive carbon nanotube composite technology could be used in future smart garments that measure human motion.
N12 Technologies adds second facility in Boston and capacity at UDRI in Ohio while amassing knowledge to prevent microcracking and delamination in applications from sporting goods to aerospace.
New high-tensile, highly shock-resistant prepreg incorporates carbon fiber developed for aerospace applications and specialized carbon nanotubes.