Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
A commercial trailer is a negative-margin box: it earns nothing on its own, and every kilogram it carries as structure is a kilogram that cannot be carried as freight. This is why trailer lightweighting has become one of the most commercially rational applications of carbon fiber compos
Aerospace composite demand in 2026 is being shaped by two forces pulling in different directions. On one side, commercial aircraft production is ramping: narrowbody rates have climbed for three consecutive years, and airframe makers are under sustained pressure from airlines to raise ou
For most of the wind industry's scaling decade, the carbon fiber spar cap was a component inside a blade contract: blade manufacturers bought the complete rotor blade, and the spar cap arrived as part of a package. That is changing. Original equipment manufacturers such as Goldwind and
A wind turbine blade is 80 meters long, cured in a mold that must hold its own geometry to within a few millimeters over its entire surface, and inspected against a digital model that expects sub-millimeter precision at the spar cap and trailing edge. A coordinate measuring machine cann
Carbon fiber production is a scale business, and no single region has pursued scale more aggressively than Jilin in Northeast China. Over the course of roughly six months Jilin Chemical Fiber has brought three 4,000-tonne single production lines into operation — the largest single-line
Carbon fiber fishing rod blanks are a quiet engineering success story. Every year manufacturers convert hundreds of tonnes of high-modulus carbon tow into hollow tapered shafts that must cast a lure fifty meters with pinpoint accuracy, transmit a bite through 120 millimeters of grip, an
Every spacecraft that generates power from sunlight depends on a solar array — and on the substrate that carries, protects, and aligns the photovoltaic cells. Over the past two decades, the rigid panel substrate has converged on a single dominant architecture: a sandwich panel with carb
In May 2026, Shanghai Petrochemical — the refining and petrochemical subsidiary of Sinopec — confirmed that its two 48K large-tow carbon fiber lines had reached full production. Each line operates at more than 3,000 tonnes of annual capacity, which makes them China's largest single-line
In May 2026 a 107-meter offshore wind blade left a production facility in Fujian, China, bound for a 12-16 MW turbine platform. It is the longest commercial blade manufactured to date, and each unit contains more than eight tonnes of carbon fiber concentrated almost entirely in the spar