How is the breathability and waterproofness of Bonded Fabric balanced to provide the best user experience in different application scenarios?

In the design and production of Bonded Fabric, balancing breathability and waterproofness is a key challenge, especially for applications such as outdoor sports equipment and medical protective equipment that require both aspects of performance. We conduct in-depth research on the breathability and waterproofing characteristics of different materials and fabrics. For example, some synthetic fibers such as polyester have good breathability, while some microporous membrane materials have excellent waterproof performance. By cleverly combining these fabrics with different characteristics, we can leverage their respective advantages to create bonded fabrics that are both breathable and waterproof.

The lamination technology allows us to achieve waterproofing by adding one or more layers of microporous membranes while maintaining the original breathability of the fabric. These microporous membranes have extremely small pore sizes, which can effectively block the permeation of water molecules without affecting the circulation of air molecules, thus achieving a good balance between breathability and waterproofness.

In addition, we also pay attention to the post-treatment process of the fabric. For example, through special coating treatment, we can further enhance the waterproof performance of the fabric without sacrificing breathability. At the same time, we will also conduct strict screening and testing of coating materials to ensure that they meet environmental standards and human safety requirements.