fiberbraided

Fiberbraided is a term describing materials produced by braiding fibers into a single continuous strand or tubular structure. The technique interlaces individual fibers around a central axis in a braiding pattern to produce a strong, flexible, and uniform product. Braided fibers may use synthetic polymers such as nylon, polyester, or polyethylene; high-strength fibers like aramid (Kevlar) or UHMWPE (Dyneema); glass, carbon, or metal fibers; and natural fibers.

Braided forms can be solid filaments, cords, or tubes. In reinforced hoses or cables, a braided layer provides abrasion resistance and strength without excessive stiffness. Braided sutures and threads are used in medical applications, while fishing lines and sports ropes rely on braided structures for a balance of strength and suppleness.

Manufacturing typically uses braiding machines with multiple carriers following helically arranged paths. Patterns such as 2/2 or 1/3 and variations in braid angle influence diameter, flexibility, bend radius, and mechanical strength. Finishing steps may include coating, impregnation, or heat setting to improve performance.

Applications span consumer, industrial, medical, and aerospace sectors, including rope and cordage, reinforced hoses, fiber optic cable sheaths, and composite materials. The material choice and braid construction determine properties such as abrasion resistance, chemical resistance, and weight, making fiberbraided products versatile for various environments.