In comparison to rubber, Spandex fibre is higher quality, lighter, suppler, and more flexible. The fibres have a special elastic property since they are comprised of many polymer strands. Moreover, this fibre has a 500% stretch capacity. The fibre resists deterioration brought on by perspiration, detergents, body oils, lotions, etc. The usage of spandex fabric in clothing keeps the material from drooping or bagging.
The perfect fit and comfort of spandex clothing. Furthermore, it will maintain its original length and shape even after being stretched repeatedly. While other elastic materials can occasionally suffer damage from the sewing needle, spandex-containing fabrics are abrasion resistant and suffer less "needle cutting" damage.
The basic processes for making Spandex fibres include melt extrusion, reaction spinning, solution dry spinning, and solution wet spinning. In each of these processes, the first stage is the synthesis of prepolymer, which is then reacted in various ways to create long spandex fibre. Spandex is most commonly produced using the "solution dry spinning" process. This technology is used to produce around 90% of the spandex fibres made worldwide.
It is well knowledge that spandex is extensively employed in the clothing sector. But, businesses in the hospitality and industrial sectors might also benefit from using this fabric. The majority of spandex fabrics are used in clothing that must be both comfortable and form-fitting, such as hosiery, swimwear, active wear, socks, surgical hose, undergarments, gloves, cycling shorts, wrestling suits, rowing suits, and specialised clothing like zentai suits, motion capture suits, denims, etc.
