1. High-density fabric: It is made of high-count cotton yarn and superfine synthetic fiber to make a tight fabric, which has high water vapor permeability, and has a certain degree of water resistance after water-repellent finishing. The characteristics of high density are good moisture permeability, good softness and sag, but low water pressure resistance, high defective rate, difficult dyeing and finishing, and poor abrasion resistance of edge folding.

2. Coated composite fabric/cloth: It can be divided into hydrophilic coating and microporous coating fabric (TU and TPU). Hydrophilic coating is a hydrophilic coating applied to the surface of the fabric, which can be waterproof because the coating covers all the voids of the fabric. If there are hydrophilic genes on the polymer chain, and the content and arrangement are appropriate, they can interact with water molecules, with the help of hydrogen bonds and other intermolecular forces, adsorb water molecules on the high-humidity side, and pass the hydrophilic gene group on the polymer chain. Pass to the low humidity side for desorption. Coated fabrics are generally simple to process, and are characterized by low moisture permeability and low water pressure resistance. Due to the limitations of raw materials, processes and the method itself, the contradiction between moisture permeability, air permeability, water pressure resistance and water washing resistance has not been solved.
3. Laminated composite fabric: Laminated composite fabric combines waterproof and moisture permeability and windproof and thermal insulation, and has obvious technical advantages. It uses lamination technology to compound ordinary fabrics and E-PTFE, and learns from each other's strengths to make up for their shortcomings. It is the main development direction of waterproof and moisture-permeable fabrics.