Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
Commercial drone delivery has crossed the threshold from demonstration to deployment. Operators are flying scheduled food, medicine and parcel routes in urban and suburban corridors, and the logistics industry now treats small unmanned aircraft as a real transport layer rather than a no
Large-tow carbon fiber is the workhorse of the industrial composites economy. Where aerospace parts demand the precision of 3K and 12K tows, wind turbine blades, pressure vessels and construction profiles are increasingly specified in 48K and 60K formats that cut fiber cost per kilogram
Infrared thermography occupies a unique position in the composite inspection toolkit: it is the only mainstream nondestructive testing method that inspects a large surface area as fast as a camera can image it. A thermal camera scanning an eight-meter wind blade section can cover the eq
Poland has transformed from a regional assembly point into Central Europe's principal carbon fiber consumer. Two structural trends drive the shift. The first is defense: Poland's military budget reached approximately 4.7 percent of GDP in 2025, the highest share in NATO, and the governm
Filament winding is the dominant manufacturing process for Type IV hydrogen pressure vessels, the composite overwrapped tanks used in fuel cell vehicles, hydrogen refueling stations and transport trailers. Demand is expanding rapidly: the global Type IV hydrogen vessel market was valued
Every silicon wafer in a modern fab is picked up, moved, and set down dozens of times between process steps, and each transfer must position the wafer within tens of micrometers relative to the tool while generating essentially no particles and no static discharge. The machines that do
An industrial robot arm is a cantilever that must be stiff in two senses: statically, to hold a tool and payload within repeatability tolerances measured in hundredths of a millimeter, and dynamically, to stop oscillations quickly after every move. These requirements pull against each o
Prosthetics and exoskeletons are the most human-centered applications in composites, because every gram of device weight is carried by the wearer and every structural cycle is counted against a body that either weighs the mass or supplies the energy to move it. Carbon fiber entered pros
Motorcycle chassis design is a constant fight between stiffness and mass, because the frame sits directly in the load path between the front and rear wheels and dictates how precisely the bike changes direction. For decades the two dominant solutions were the steel tube trellis, refined