The core strengths of multiaxial carbon fiber fabric lie in its designable mechanical properties and exceptional impact resistance. By precisely arranging fiber bundles at various angles (e.g., 0°, ±45°, 90°) across multiple layers, it significantly enhances in-plane shear strength, tear resistance, and damage tolerance, effectively overcoming the weak interlayer strength of unidirectional fibers. This structure enables composite components to absorb more energy under multidirectional loads (such as impact or torsion) with reduced risk of delamination. Simultaneously, it retains carbon fiber's inherent high specific strength and specific modulus, achieving lightweight objectives. Its preformed structure also boosts production efficiency and is widely used in aerospace, high-performance marine vessels, wind turbine blades, racing cars, and protective equipment.










