Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
Every large diameter carbon fiber tube project eventually hits the same question: which process can hold the diameter, wall thickness, and tolerance the drawing calls out. Filament winding scales almost without limit in diameter by simply growing the mandrel, while pultrusion is constrained by die g
Carbon fiber rod wrap products occupy the middle ground between cheap pultruded rods and expensive autoclave-cured tubes: they are produced by winding or rolling prepreg material onto a precision mandrel, then curing under heat and pressure, which lets engineers place fibers in several directions in
Choosing carbon fiber road bike wheels comes down to two engineering decisions that interact with every ride: the rim profile and the spoke choice. Rim depth sets the balance between aerodynamic drag, weight, and crosswind stability, while spoke count and lacing pattern set stiffness, load distribut
The S500 carbon fiber quadcopter drone frame kit has become a favorite starting point for builders who want a proven 450-500 mm class platform without designing a frame from scratch. Originally popularized as an affordable glass-fiber quadcopter for ArduPilot and Pixhawk flight controllers, the S500
Carbon fiber drone propellers have become the standard for professional and industrial UAV applications where performance, durability, and precision matter. Unlike the plastic propellers that come with consumer drones, carbon fiber propellers deliver measurable improvements in thrust efficiency, fli
The carbon fiber plate in Hoka running shoes has become one of the most discussed innovations in modern footwear design. What began as a niche technology in elite racing shoes has now become a standard feature across Hoka's performance lineup, from the Carbon X to the Rocket X2. The carbon fiber pla
Density of pultruded carbon fiber is one of the most frequently requested specifications from engineers designing with continuous fiber profiles. Unlike prepreg laminates where fiber volume fraction varies widely depending on layup and cure pressure, pultrusion produces remarkably consistent density
Sourcing custom carbon fiber parts without a detailed RFQ is the single most common cause of cost overruns in composite procurement. When a buyer sends a vague request — "I need a carbon fiber bracket, quote me a price" — the supplier must fill in the gaps with assumptions, and those assumptions are
Knowing where to buy carbon fiber is the first step in sourcing the right material for any project, whether it is a weekend hobby drone build, a university research prototype, or a production run of automotive components. The carbon fiber supply chain is structured in layers — from large-scale manuf