Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
In 2025, carbon fiber battery enclosures accounted for roughly 40% of all carbon fiber used in automotive applications, and the segment is growing at a compound annual rate of 16.2%. The reason is straightforward: a carbon fiber enclosure weighs 30-40% less than an equivalent aluminum s
The Czech Republic occupies a distinctive position in European manufacturing. It produces more cars per capita than almost any other country, hosts one of Europe's longest-running aircraft manufacturers, and graduates a steady stream of engineers from the continent's oldest technical un
Carbon fiber is one of the most strategically traded materials in advanced manufacturing, and its trade has been pulled directly into the US-China tariff and trade-remedy cycle. In 2026 the picture has tightened further: reported anti-dumping and countervailing duty cases on Chinese adv
Malaysia has quietly become one of the most active carbon fiber demand markets in Southeast Asia. Unlike larger neighbors that lean on a single industry, Malaysia draws demand from three distinct sectors at once: an aerospace cluster that has grown around the Subang and Kuala Lumpur Int
Large carbon fiber parts — wind turbine blades, boat hulls, rail car bodies, and aerospace skins — present a manufacturing paradox. They need the strength and weight savings of composites, but their size makes the classic processes awkward. Autoclave prepreg is expensive and limited by
Most carbon fiber parts are still made by cutting flat fabric and unidirectional (UD) tape into 2D plies and stacking them into a 3D shape. That approach works well for panels and skins, but it struggles the moment a part curves, branches, or needs a hole that does not weaken the struct
Carbon fiber composite parts are strong, light, and expensive to make — and expensive to throw away. A single aerospace-grade part can spend days in layup and hours in an autoclave, so a defect discovered at final inspection is not just a rejected part; it is a rejected investment of la
Carbon fiber composite manufacturing is one of the most parameter-sensitive production processes in modern industry. Cure temperature, pressure ramp, resin viscosity, fiber alignment, tool expansion, and ambient humidity all interact to decide whether a part comes out perfect, acceptabl
Few environments punish a structural material as relentlessly as the deep ocean. A submarine hull must resist crushing hydrostatic pressure at hundreds of meters, endure corrosive seawater that never stops attacking bare metal, and carry the magnetic and acoustic signature of the hull i