Lycra fabric is a synthetic polymer, also called Elastane Fiber. Chemically, the polyester lycra fabric manufacturer makes it with a long-chain polyglycol united with a short di-isocyanate and contains a minimum of 85% polyurethane. It is an elastomer; you can stretch it to a certain degree, and it recoils when released. These polyester lycra fibers are superior to rubber as they are stronger, lighter, and more versatile. Polyester lycra fabric suppliers are famous for stretchable properties; it can almost 500% of their length.
The polyester lycra fibers’ unique elastic property is a direct outcome of the material’s chemical composition. The lycra fabric manufacturers use numerous polymer stands for making the fibers. These strands are tranquil of two types of sections: long, amorphous segments and short, stiff segments. In the natural fabric state, the amorphous components have an unsystematic molecular structure. They mingle and make the yarns soft. Some of the firm portions of the polymers bond with each other and give the stuffed form. When you apply a force to stretch the fibers, it breaks the links between the rigid sections, and the amorphous segments straighten out. It makes the amorphous sections longer, thus increasing the length of the lycra fiber. When you stretch the thread to its maximum size, the rigid segments are again connected. The nebulous components remain elongated. It makes the polyester lycra fiber stiffer and more robust. After you remove the force, the amorphous segments retreat, and the thread returns to the relaxed state. Scientists can generate fabrics with desirable stretching and strength characteristics by using the elastic properties of polyester-lycra fibers.
Lycra material’s incapability to breathe moisture makes the fabric less than ideal for sweat-inducing activities like exercising or hiking. Additionally, trapping sweat near your skin increases yeast infections’ risk and blistering along with the clothing layers to fostering an unpleasant odor. In early 2011, exercise clothing designers escape these problems by including other breathable fabrics in their lycra garments.
Slippery on Surfaces
The slick smoothness of polyester-lycra makes wearing this fiber dangerous on specific gadgets and equipment. For example, Riding on a stationary bike or sitting on a weight bench becomes difficult and risky when your fashion glides off the surface selected for sitting. Even structures not projected for athletics, like a plastic subway seat or even park bench, become potential hazards against polyester-lycra clothing’s friction-lacking texture. You must contact leading polyester lycra fabric suppliers for good quality fabric.
Sensitive to Heat
The chemical composition of polyester lycra makes the material extremely sensitive to heat. Washing lycra yarns in hot water, machine drying, or ironing sources puckering and ruins the material permanently. Multiple outfits made from 100% lycra meld and fuse together under high-level temperatures in the dryer. Lycra fabric’s heat sensitivity makes simple care and maintenance more time-consuming than other less-heat sensitive materials.
Properly stitched lycra undergarments boost and smooth your body. However, wearing 100% lycra tops, pants or costumes essentially highlights your faults. Natural materials, like cotton or silk, flow over your skin. Still, the flexibility of polyester lycra grips your body tightly, delineating every cellulite dimple and roll of corpulence from top to bottom. Even loosely-fitting dresses made of lycra fabric illuminate every sagging pouch and additional fat store when you bend or move.