1. Multi-directional reinforcement: Carbon fiber multi-axial fabrics consist of fibers in different directions, usually including 0°, 90°, ±45° and other directions. Such a construction can provide balanced mechanical properties and reinforcement in multiple directions.

2.High strength and stiffness: Carbon fibers are inherently strong and stiff, and multi-axial fabrics further increase the strength and stiffness of the material through the superposition of fibers in different directions.

3. Controlled fiber ratio: Multi-axial fabrics can adjust the ratio of fibers in different directions as needed to meet the demands of specific applications. By controlling the fiber ratio, precise adjustment of material properties can be achieved.

4.Orientation: Fibers in a multiaxial fabric are aligned in a predetermined direction and have a high degree of orientation. This results in better tensile, compressive and torsional properties when the material is stressed.

5. Adaptability: Multi-axial fabrics can be customized to fit structures of varying shapes and complexity to suit the manufacturing needs of a wide range of products.

6. Good molding properties: Due to the construction of the multiaxial fabric, it has better molding properties and can be used to create composite products of various shapes through processing methods such as hot pressing and vacuum blistering.

7. Overall, carbon fiber multiaxial fabric has the advantages of multidirectional reinforcement, high strength and stiffness, adjustable fiber ratio, strong orientation, adaptability and good formability. This makes it widely used in aerospace, automotive, sports equipment, marine and other fields, providing an important material choice for manufacturing high-performance, lightweight composite products.