Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
A technical guide to carbon fiber pultrusion covering process parameters, profile design rules, die design, and cost optimization strategies for B2B buyers and process engineers.
Carbon fiber robotic arms achieve 3–4× higher specific stiffness than aluminum and 5–6× over steel. Design optimization, performance data, and cost trade-offs for B2B automation buyers.
The US carbon fiber market reached 38,200 tonnes in 2025 with 7.2% YoY growth. Defense spending, aerospace recovery, and IRA-driven capacity expansion are reshaping the B2B landscape.
Carbon fiber components in medical imaging equipment — CT patient tables, X-ray cassette panels, MRI coil housings, and radiolucent surgical tools. Material requirements, manufacturing processes, and market data for B2B medical device suppliers.
Hand lay-up vs automated tape placement (ATP) for carbon fiber composites — cost comparison, production rates, quality metrics, and process selection criteria for different production volumes and part geometries.
Carbon fiber in wind turbine blade manufacturing — material selection (pultruded CF vs infused fabric), manufacturing challenges for blades over 100 m, cost analysis, and supply chain considerations for 2026.
Geopolitical risks affecting the carbon fiber supply chain in 2026 — US-China tariffs, Japan export controls, EU CBAM, and diversification strategies for B2B buyers sourcing carbon fiber globally.
Compare autoclave, vacuum-bag-only (VBO), oven cure, and room-temperature cure processes for carbon fiber composites. Cost, cycle time, mechanical properties, and tooling implications for B2B buyers.
Compare carbon fiber FRP and steel for bridge rehabilitation: installation cost, load capacity gain, corrosion resistance, lifecycle cost, and long-term maintenance savings.