Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
Automated thermoplastic composite (TPC) layup technology is transforming aerospace manufacturing by enabling cycle times under 60 seconds per ply, eliminating autoclave curing, and reducing per-part costs by 25–40% versus traditional thermoset prepreg systems.
Mexico has emerged as a premier nearshore destination for carbon fiber aerospace component manufacturing, leveraging USMCA trade advantages, a skilled workforce, and rapidly expanding production capacity to serve Boeing, Airbus, and the broader Americas aerospace supply chain.
Learn how AI-powered non-destructive testing revolutionizes carbon fiber quality control through automated defect detection, real-time monitoring, and machine learning analysis of ultrasonic and thermographic data.
Discover how carbon fiber composites enable large-scale satellite constellation manufacturing for Starlink, Kuiper, and NewSpace operators through lightweight structures and high-volume production.
Compare carbon fiber, aluminum, and steel for EV battery enclosures across weight, cost, thermal management, crash safety, and manufacturability with detailed data tables.
Explore how Oak Ridge National Laboratory partners with ACP Technologies to scale sustainable graphite production from waste precursors, reducing costs and environmental impact in carbon fiber manufacturing.
A detailed case study of the Nova Carbon–Safran partnership for recycling carbon fiber production scrap — covering the mechanical recycling process, recovered fiber properties, certification pathways, economic analysis, and implications for the aerospace supply chain's circular economy transition.
A technical analysis of how artificial intelligence and machine learning are revolutionizing carbon fiber manufacturing — covering AI-optimized precursor stabilization, real-time process control, predictive quality assurance, and the economic impact of AI-driven yield improvements across the $15 billion carbon fiber supply chain.
A comprehensive market analysis of the global pultrusion market with projections to 2034 — covering carbon fiber's expanding role in construction reinforcement, wind turbine blade manufacturing, bridge infrastructure, and the key market segments driving double-digit growth across North America, Europe, and Asia-Pacific.