Composite strapping is a type of material created by combining more than one material to increase durability and strength. This material generally consists of two main components called fibers and matrix. Fibers generally consist of high-strength materials such as glass fiber, carbon fiber, aramid fiber, while the matrix is a polymer or resin material that holds the fibers together and provides them with durability.

Composite strapping is widely used in various industries. They are especially preferred in fields such as construction, automotive, aviation, shipbuilding and sports equipment. The advantages of these straps include high strength, low weight, chemical resistance and corrosion resistance.

Composite straps are preferred because they are lighter than traditional steel straps and are also more durable and flexible. These features increase the performance of the products while also saving energy. Particularly in the transportation sector, the use of lightweight composite straps helps reduce fuel efficiency and carbon footprint.