Nylon nano-fiber, for example, is a mixture of nano-scale clay and nylon particles that can not only produce far-infrared, but also resist bacteria and ultraviolet rays. Even more important is that compared to traditional ceramic fibers, the hardness of the clay is lowered, so it is less likely to fracture during the spinning processing, thereby significantly reducing manufacturing costs.
以奈米尼龍纖維來說，當奈米尺寸的黏土粒和尼龍粒混合時，不僅可散發出有「生育光線」之稱的遠紅外線，而且可以抗菌、抗紫外線，最主要是比起傳統的陶磁纖維，黏土的硬度低，紡絲加工時比較不會斷裂，製造成本可以大幅降低。