Multiaxial glass fiber cloth is a fiber cloth woven in a custom-designed orientation, providing enhanced reinforcement in a targeted direction for composite materials. Typical applications include marine wind turbine blades. Common types include biaxial, triaxial, and quadaxial cloths.
Axial glass fiber cloth is a composite reinforcement material composed of glass fiber yarns arranged in different directions. Compared to traditional uniaxial glass fiber cloth, multiaxial glass fiber cloth offers fiber continuity and strength in multiple directions.
Multiaxial glass fiber cloth is typically constructed by interlacing layers of fibers oriented in two or more directions. These orientations can be 0°, 90°, or ±45°, depending on the specific design and application requirements. The fiber layers in each direction can have varying fiber density and weight. By arranging the fibers in multiple directions, multiaxial glass fiber cloth provides a more uniform and omnidirectional strength distribution.
The advantages of multiaxial glass fiber cloth include:
- Strength Uniformity: Because the fibers are arranged in multiple directions, multiaxial glass fiber cloth has more uniform strength characteristics and can withstand stress in multiple directions.
- Directional Adaptability: By selecting fiber layers with different orientations, the mechanical properties of multi-axial glass fiber cloth can be tailored to meet specific design requirements.
- Reinforcement Capability: Multi-axial glass fiber cloth reinforces multiple directions, enhancing the strength, rigidity, and durability of composite products.
- Processability: Multi-axial glass fiber cloth generally exhibits good plasticity and adaptability, making it easy to impregnate and form with resins.
Multi-axial glass fiber cloth is widely used in aerospace, automotive, shipbuilding, wind energy, and other fields. It can be used to manufacture composite components, structures, shells, and reinforcement layers, offering an excellent performance-to-weight ratio.
