Spinning is one of the major steps in textiles to convert staple fibers from either natural or
synthetic sources into continuous and twisted yarns. Since its invention, ring spinning has …

Twist plays an important role in textile technology, particularly in the production of staple
yarn structures. Due to the higher yarn quality and flexibility of the process, most short staple …

The construction of fibrous ionic conductors and sensors with large stretchability, low-
temperature tolerance, and environmental stability is highly desired for practical wearable …

Yarn's hairiness represents a continuous challenge for spinning technologies. To keep this
aspect under control, an almost perfect combination between the construction and …

Fiber torsional control is critical for reducing the hairiness of high-quality yarns during the
yarn formation process. However, the applied fiber torsion that facilitates fiber motion and …

In recent years, hemp textiles have gained attention as a sustainable alternative to cotton.
However, the uneven fineness and length of hemp fibers, along with their stiffness …

The green production of textiles via an eco-friendly approach has recently gained
considerable interest. As a derivative industry of silk manufacturing, spun silk utilizes waste …

Control of tension distribution in the spinning triangle region that can facilitate fiber motion
and transfer is highly desirable for high quality yarn production. Here, the key mechanisms …

Cellulose fibers, such as cotton and linen, are abundant in farmer's fields. The traditional
bottom-up technology to process these short staple fibers is spinning. State-of-the-art …

In this study, a novel concept has been introduced as a structural varied against-twisting
method to produce super soft characteristic yarn with low residual torque. Geometrical …