Carbon Fiber Knowledge
The latest from the world of advanced composites and carbon fiber technology.
A carbon fiber tube thick walled in section solves a different problem from the thin tubes that dominate drone arms and tripod legs. Thin tubes are optimised for stiffness per unit weight, and they work well until they are asked to carry high torque, to resist crushing, or to accept a thread or a pr
Carbon fiber sheets for sale 1mm thick sit in a sweet spot for buyers: thin enough to be light and easy to cut, strong enough for real parts. A 1 millimetre sheet is the grade most often ordered for drone frames, robot covers, cosmetic panels, knife scales and prototype brackets, and it is one of th
Carbon fiber tube weight is often the number that decides whether a design is viable, because the whole appeal of a composite tube is a high stiffness at a low mass. A drone arm, a quadcopter boom, a tripod leg, a telescopic mast and a drive shaft all live or die on the ratio between how stiff the t
The carbon fiber plate vs aluminum keyboard debate is one a custom builder runs before choosing the switch plate for a new build. The plate is the thin sheet that sits between the switches and the PCB. It holds every switch in position, controls how much the board flexes under a keypress, and colour
Carbon fiber rod vs fiberglass is one of the oldest choices in composites, and it appears in everything from fishing rods and arrow shafts to kite spars, tent poles, flagpoles and antenna masts. The two materials sit at opposite ends of the same spectrum: a pultruded carbon fiber rod is about three
Carbon fiber rod vs graphite is one of the most misunderstood comparisons in composites, because the two words are used differently across industries. In fishing rods, golf shafts and kite spars, "graphite" is simply the American trade name for carbon fibre, and a graphite rod and a carbon fiber rod
Carbon fiber tube vs steel is the decision behind drive shafts, drone arms, robot links, bicycle frames, antenna masts and racing structures, where a round tube must carry bending and torsion while staying light. The headline is easy: a pultruded carbon fiber tube is roughly five times lighter than
Carbon fiber tube vs aluminum decides the material for drone arms, robot links, bicycle frames, tripods, camera booms and drive shafts, all of which use round tubes to carry bending and torsion. The comparison is not simply about the raw material, because a tube's stiffness depends on its diameter a
Carbon fiber plate vs aluminum is the comparison a buyer runs whenever a bracket, base plate, gasket or machined spacer has to be light and stiff. Both materials arrive as flat stock measured in millimetres of thickness, and both can be sawn, drilled and bolted, so the choice looks simple until dens