Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
Every kilogram of empty ULD weight is carried by the aircraft on every flight, whether the container is full or empty, and the fuel that carries it comes straight out of the airline's operating margin. A standard aluminum AKE container — the workhorse of the narrowbody belly hold — weig
Sports and leisure applications account for roughly 28% of carbon fiber demand in China, and the bicycle frame is the single largest product within that segment. Yet the frames that roll out of premium brands are made by very different processes under the surface. The two dominant route
A radiotherapy couch does two jobs at once, and the second one silently decides whether the first one succeeds. It must hold a patient in a precisely planned position during a treatment that can last several minutes, and it must interfere as little as possible with the megavoltage photo
Greece does not build most of the ships its shipowners operate — over 90% of the Greek-controlled fleet is built in foreign yards — but it is the world's largest ship-owning nation, controlling a merchant fleet estimated at more than 5,000 vessels that carries roughly 20% of global seab
Lithuania is not the first country that comes to mind in a discussion of European carbon fiber markets. Its manufacturing base is modest, and it has no aerospace primes or large composite processors of the kind found in Germany or the UK. Yet the Lithuania carbon fiber market in 2026 is
Hungary is the quiet heavyweight of Central European vehicle manufacturing. For years its role in the European supply chain was defined by engine plants and conventional vehicle assembly; today the country is repositioning itself around electric vehicles, battery cells, and the electron
Toray's T1100G and T1200, Zhongfu Shenying's SYT80, and other ultra-high-strength fibers announced in recent years share a problem: their headline strength numbers — 7,000 to 8,000 MPa in tension — do not by themselves qualify them for use in certified aircraft structures. An aerospace
For decades, composite parts were optimized for performance per kilogram, and nobody hurried the resin. A typical aerospace-grade epoxy cured for hours in an autoclave, and the cost model accepted it. High-volume manufacturing changed the equation: when automotive and consumer electroni
A wind turbine blade is a 60-to-120-meter structure that cannot be inspected continuously. Between scheduled inspections, damage can initiate and grow silently inside the laminate: matrix cracks in the webs, fiber breaks under the spar cap, disbonding along the trailing edge. Acoustic e