The control of air flow fields generated in the textile manufacturing process is important to
fiber motion. With the expansion of textile applications and the challenges brought by carbon …

Reducing energy consumption during textile production processes has currently become
one of the key concerns. In order to design the nozzle of the vortex spinning machine with …

Reducing air consumption has become the direction of improvement for vortex spinning
technology which is most suitable for producing fasciated viscose yarns at high speed. In …

A number of technologies came to light during the 1970s to produce yarns from staple fibres
with much higher production levels as compared to conventional ring-spinning technology …

The movement characteristics of yarn in the profiled reed groove of an air-jet loom can have
a great impact on the performance of the fabric. Unstable yarn movement tends to lead to …

Lanthanum zirconate (LZO) has high‐temperature advantages, including a high melting
point, low thermal conductivity, and high structure stability, which has the potential to be …

Conventional single card air yarn units create flow vortices in the carding box that affect the
fiber structure and thus the yarn performance. Key parameters for airflow characteristics …