Does the surface treatment method affect the performance of air layer fabric?

Surface treatment technology plays a vital role in the thermal insulation performance of Air Layer Fabric. Through specific chemical or physical treatment, a layer of fine plush or coating can be formed on the surface of the fabric. These structures effectively block the invasion of cold air and significantly reduce the loss of body heat. For example, certain chemical treatment agents can form a thermal insulation film on the surface of the fabric, similar to the principle of a thermos bottle, which locks the heat firmly, thereby significantly improving the thermal insulation effect of the fabric.

Surface treatment technology also has a direct impact on the breathability of Air Layer Fabric. Breathability is an important indicator for evaluating the comfort of fabrics, which determines whether the fabric can quickly expel sweat during exercise, thereby keeping the skin dry. Through fine surface treatment, the pore size and distribution on the surface of the fabric can be optimized, thereby improving breathability. For example, physical methods such as high-pressure water gun spraying or laser punching can form uniform and tiny pores on the surface of the fabric. These pores ensure good breathability without affecting the thermal insulation.

Surface treatment technology also plays an important role in abrasion resistance, wrinkle resistance, waterproofness and stain resistance. Through chemical or physical treatment, the bonding force of the fibers on the surface of the fabric can be enhanced, thereby improving wear resistance and wrinkle resistance. This improvement allows the fabric to maintain its original shape and texture after long-term wear and multiple washings. In addition, by coating the surface of the fabric with waterproof and anti-fouling agents, the fabric can be given excellent waterproof and anti-fouling properties, making it easier to care for and maintain in daily use.