What are the functions of the fiber structure and air layer of suede fabric?The fiber structure and air layer of
suede fabric play an important role in its performance and characteristics, including the following aspects:
Warmth performance: The fiber structure and air layer of suede form a natural heat insulation layer, which can effectively block the intrusion of cold air from the outside and reduce the loss of body surface heat. This air layer can form tiny air pockets between fibers to store body heat, thereby improving the thermal insulation properties of the fabric.
Breathability: The fiber structure and air layer of suede make it have good breathability, which is conducive to the circulation of air and the discharge of moisture. This helps keep skin dry and comfortable, avoiding humidity and stuffiness.
Soft and comfortable: The soft suede with fine fiber structure is comfortable to touch and can fit closely with the skin, giving people a warm and intimate feeling. The presence of the air layer makes the fabric softer, increasing its elasticity and comfort.
Moisture wicking: The fiber structure and air layer of suede help absorb and discharge sweat on the skin surface, keeping the skin dry and refreshing. This moisture-wicking property helps improve wearing comfort and avoid discomfort caused by excessive sweating.
Wear resistance and durability: The density and tightness of the fiber structure determine the wear resistance and durability of suede. Reasonable fiber structure can increase the strength and durability of the fabric and reduce the occurrence of wear and damage.
How to improve the moisture wicking effect of suede fabric?To improve the moisture absorption and perspiration effect of
suede fabrics, you can take the following methods:
Choose the right fiber: Choose fiber materials with good hygroscopicity, such as natural fibers (such as cotton, linen) or man-made fibers (such as polyester, nylon), to enhance the moisture absorption properties of the fabric.
Processing: Through special processing, such as wool washing, puffing, etc., the fiber structure of the suede fabric can be improved, the plush and air layers on the surface of the fabric can be increased, and the moisture absorption and perspiration effect can be improved.
Breathable hole design: Designing tiny breathable holes in the suede fabric helps enhance breathability and air circulation, promotes the discharge of sweat, and improves moisture absorption and perspiration effect.
Adding hygroscopic agents: Adding additives with hygroscopic properties during the production process, such as hydrogel or special hygroscopic fibers, can improve the hygroscopic properties of suede fabrics and speed up the absorption and discharge of sweat.
Fiber blending: blending suede with other fibers with good moisture absorption properties can comprehensively utilize the advantages of various fibers to improve the moisture absorption and perspiration effect of the overall fabric.
Proper maintenance: Cleaning and maintaining suede fabric regularly to keep its surface clean and soft will help maintain its good moisture-wicking properties.