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cnKnitted air layer fabric, also known as 3D air mesh fabric, is different from other types of fabrics in several ways. Here are some key distinctions:
Structure: Knitted air layer fabric has a unique three-dimensional structure. It consists of two outer layers with a mesh-like appearance and a middle layer that creates a cushion of air. This three-layered structure allows for enhanced breathability and ventilation compared to traditional fabrics.
Air Circulation: The primary advantage of knitted air layer fabric is its excellent air circulation properties. The middle layer of the fabric forms a series of interconnected air channels, which promote airflow. This facilitates the exchange of air, helping to regulate temperature and moisture, and providing a cooling effect. It also improves sweat evaporation, making it suitable for active wear and sports applications.
Lightweight and Flexible: Knitted air layer fabric is typically lightweight, flexible, and soft. The knitting technique used allows for stretchability and freedom of movement. It offers a comfortable and breathable feel, making it suitable for garments and accessories where comfort is a priority.
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Cushioning and Impact Resistance: The air layer in the fabric acts as a cushion, providing additional comfort and impact resistance. This makes it suitable for applications such as padding in shoes, bags, and upholstery.
Moisture Management: Knitted air layer fabric has good moisture-wicking properties. It can efficiently absorb moisture from the skin and transfer it to the outer layer of the fabric, where it evaporates quickly. This moisture management capability helps to keep the wearer dry and comfortable during physical activities.
Versatility: Knitted air layer fabric can be used in various applications beyond apparel. Its unique properties make it suitable for automobile interiors, mattress padding, medical products, and even filtration systems, where breathability and airflow are important factors.
Knitted air layer fabric offers a combination of breathability, ventilation, moisture management, flexibility, and comfort that sets it apart from other types of fabrics. Its unique structure and properties make it a popular choice for a wide range of applications.
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