The identification of women’s clothing fabrics is very important for both designers and consumers. The following are some key points to distinguish between chemical fiber and natural fiber fabrics:
1. Fiber characteristics: Natural fibers usually come from plants or animals, such as cotton, silk, wool, etc. They are soft, breathable, and hygroscopic; while chemical fiber fabrics are artificially synthesized fibers, such as polyester. , nylon, acrylic, etc., have high strength, wear resistance and wrinkle resistance.
2. Touch: The touch of natural fibers is generally soft and comfortable. For example, cotton fabrics have a very skin-friendly touch; while chemical fiber fabrics may have smooth, Cold or somewhat rough to the touch.
3. Drape: Natural fibers mostly have good drape, that is, how smoothly they fall to the ground when worn; while chemical fiber fabrics tend to be more drapey. Stiff and not as drapey as natural fibers.
4. Elasticity: Natural fibers contain elastic fibers such as elastic silk or elastic cotton, so they have a certain degree of stretchability; while most chemical fiber fabrics have a higher Elastic, such as Lycra and spandex.
5. Hygroscopicity: Natural fibers absorb and release moisture better, and can take away sweat from the body to ensure comfort; in contrast, Chemical fiber fabrics have poor hygroscopicity and are prone to static electricity and other discomforts.
6. Burning test: Burning test is a commonly used fabric identification method. Natural fibers usually have a burning smell when burned, leaving ashes when burning, and the burning speed is slow; while chemical fiber fabrics often have an obvious plastic burning smell when burning, burn fast, and will melt violently. .
It should be noted that fabrics in reality are often blended from a variety of fibers, so it may not be possible to completely determine a fabric based on observation and feel alone. composition. If you need to accurately identify fabrics, you can use professional fabric testing tools or consult the fabric supplier.
