Composite materials are an increasingly important resource in a wide range of industrial production areas, from automotive chassis and aircraft parts to wind turbine components. Keep reading to find out more about how and why composite materials are being used, and what the future holds composite usage.
So what exactly is a composite? Put simply, it’s a material with two distinct components, typically carbon fibre and resin, which cancel out each other's weaknesses and produce a stronger material than either alone. Generally, it can be stated that fibres take the load while resin keeps the shape. The carbon fibre component comes in the form of a fabric, held in place by stitching, that can be then moulded to the required shape in preparation for resin injection or a pre-impregnated tow, laid up on a mould and put in an autoclave for curing.
This interaction between the two key components makes factors like orientation and layering more important than with other materials. A regular pattern in the fibres of a part, without “defects”, results in a stronger part. While carbon-fibre filament is just six microns thick, when correctly applied in the production of a Carbon-Fibre Reinforced Polymer (CFRP) material, it becomes the core of a material ten times as strong as steel at half the weight.
Explore Hexagon’s solutions for composite material inspection
The Vision System 2D is the market-leading standalone optical measuring solution specifically developed for local two-dimensional fibre-orientation measurement.
Find a revolutionary solution for the portable inspection and analysis of semi-finished carbon-fibre composite parts with the Vision System 3D.
APODIUS ContInspect is a modular production integrated inspection system specifically designed for the textile production of carbon and glass fibre materials.
APODIUS AFP is a ply-by-ply online inspection system designated for fast process speed and complex geometry in limited space situations.