Compact spinning has emerged as a contemporary spinning technology that has garnered
significant attention due to its capacity to produce yarns with excellent properties. The …

The scope of this study was to investigate the effect of the blend ratio on the structure and
properties of dual-feed-opening rotor-spun yarn. A variety of yarns with different blended …

The compact spinning system with a lattice apron utilizes air-flow dynamics to condense
fibers in a bunch and enhance the yarn properties. One of the main challenges with this …

To explore the yarn forming mechanism of dual-feed-opening (DFO) rotor-spun yarn, this
work is based on the advanced movement of the peeling point and the merging effect of …

Conventional denim production is plagued by the issue of wastewater pollution from warp
dyeing. In this investigation, recycled cotton (R-CO), virgin cotton (V-CO), and dope-dyed …

It is very challenging to experimentally characterize and verify the airflow in the rotor
spinning machine because the process takes place in an enclosure. In an attempt to portray …

The lattice apron-based compact spinning system is a form of pneumatic compact spinning
that employs airflow to condense fibres into a bundle, enhancing the yarn's attributes. To …

In order to explore the differences between conventional and dual-feed-opening rotor
spinning units (RSUs), this work compares the airflow characteristics of two RSU models …

The twisting process of the sliver is an important part of the yarn spinning process, but this
process has not been fully characterized on the fiber scale. Herein, based on the …

The modeling and simulation of the staple fiber spinning process is still a challenging
concept in yarn technology due to the complexity of the process and uncontrollable …