The braided composites consist of multiple strands or bundles of yarns. Their creation involves combining two or more materials to form a single strand. Braided composites are stronger than woven composites because of the increased surface area, which allows for more inter-material bonding.
Additionally, braided materials can hold their shape better than woven materials, which allows for less fluid movement and structural failure. The most common type of braided composite is aramid fiber and polyester, which can create high-performance cables and ropes. One can use them in many applications such as aerospace, automotive, and sporting goods.
Braided composites have many advantages over other types of composite materials.
1. They offer good resistance to fatigue and impacts. The braided composites consist of individual strands that are together. This means that the force from impact will be distributed across all of them rather than one strand.
2. They offer excellent resistance against corrosion, especially in marine environments where saltwater can corrode metal fasteners and fittings.
3. They are lightweight, making them perfect for use in the aviation and automotive industries where weight is a concern.
4. Their high strength and stiffness are great for load-bearing applications like bridges and ships.
It is well-known that the use of braided composites in engineering has grown significantly over the past decade.