Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
For three decades, the top rung of the carbon fiber ladder belonged to one company. Toray's T1100G, introduced in the mid-2010s, sits at the practical ceiling of PAN-based carbon fiber: around 7,000 MPa tensile strength with a 324 GPa modulus, a combination that made it the reference ma
The United Arab Emirates rarely appears in the same sentence as carbon fiber — but the 2026 market tells a different story. The UAE's National Hydrogen Strategy targets a 15% share of the global hydrogen market by 2031, its aviation sector has grown into a global maintenance, repair, an
Automated fiber placement (AFP) is how the aerospace industry builds today's largest carbon fiber structures — wing skins, fuselage barrels, and launch vehicle fairings. A modern AFP cell can place hundreds of kilograms of carbon fiber tow per shift, yet its true throughput is decided n
Thermoplastic stamp forming is the process that puts carbon fiber composites on the same production clock as stamped steel. A consolidated thermoplastic laminate is heated above the matrix melt temperature, transferred to a press, and formed between matched metal dies in a cycle that ty
Thermoplastic carbon fiber composites bring a fundamental advantage over thermosets: they can be reheated and reshaped. A consolidated flat laminate is not a finished part — it is stock material that can be formed into complex, doubly curved geometries in seconds or minutes, without the
Carbon fiber composite parts are only as good as their cure. A laminate can have perfect fiber alignment, flawless layup, and the right resin chemistry, yet produce a rejected part if the cure cycle ran too hot, too cold, or too short. Traditionally, manufacturers verified the cure by p
Superyacht design has converged on a simple equation: weight is luxury. A 50-meter yacht that shaves 30 tonnes from its hull and superstructure gains speed, range, fuel economy, and payload capacity for tenders, toys, and guest amenities. No material delivers more of that saving per kil
An economy-class aircraft seat weighs roughly 11-13 kilograms, and a narrowbody airliner carries 150 to 200 of them. In an industry where a single kilogram saved on an aircraft is worth roughly $3,000 in fuel and emissions costs over its service life, seats are one of the most concentra
Thermoplastic carbon fiber composites have been called the future of airframe manufacturing for two decades, but it took the EU-funded HESTIA project to prove the concept at full aircraft scale. In 2022, a consortium led by GKN Aerospace Fokker completed a 4-meter-diameter thermoplastic