Japanese Toray develops Qticle™, a smooth and supple new fabric

Figure: Courtesy: Collected

Toray Industries, Inc. has developed Qticle™, a polyester filament fabric that combines the structure of hair and wool with a smooth and supple texture and functionality.

The company will offer Qticle™ for everything from casual medium-weight fabrics for men’s and ladies’ outerwear through cut-and-sewn items, broadening the design freedom and potential for high-end apparel in Japan and around the globe. Toray aims to commercialize this fabric for spring/summer 2023 collections. It targets annual sales of 200,000 meters in fiscal 2022 (through end-March 2023), and 500,000 meters by 2025.

Figure: Toray Industries, Inc. has developed Qticle™. Courtesy: Collected

Hair and wool comprise numerous protein layers. Their properties and structure deliver excellent elasticity and luster.

Qticle™ is a biomimetic fabric. Toray created it by employing its proprietary NANODESIGN™ composite spinning technology to design an eccentric yarn with an ultrathin shell layer with which it combined fiber processing technology to create a crimped structure and fine surface irregularities. An eccentric yarn has a cross-section with two different polymers, each with different centers of gravity.

Toray’s technologies have enabled it to attain natural, lustrous, and deep colors, a pleasantly smooth and supple feel, and functional stretch for comfort and easy care.
In the years ahead, Toray looks to also offer a range with polymers made from recycled materials to cater to sustainability needs.

The COVID-19 pandemic accentuated the need for fashion to learn from and respect nature, as ethical consumption and veganism do, rather than seeking to control and exploit.

Toray will continue to explore new possibilities for fashion through research and technological development that scientifically recreates the attributes of natural materials.
The company will continue to cater to and help enhance diversifying lifestyles by supplying innovative technologies and advanced materials.