The effect of blending ratio on the performance of hollow coffee carbon polyester/cotton
blended compact siro-spun yarn was investigated. Five blend ratios of hollow coffee carbon …

False twisting has been used to reduce yarn twists while keeping yarn tenacity, which is vital
to improve fabric softness. In this paper, a false twisting device was integrated into a siro …

In the fabric industry, textile yarns are the fundamental building blocks. Hence, visualizing
and studying yarn structure is essential to understand the structure and behavior of the …

Six types of 30 tex silk and cotton blended yarns at 50/50 blending ratio were spun in the
cotton spinning system in order to study the effects of blending factors on the fiber …

This paper describes the measurement of packing density and radial packing density of
newly developed three-layered, wool structure yarn for pile carpets. Three different varieties …

Fiber-blending irregularities and fiber distribution in blended-yarn cross-sections are
particularly important in determining the mechanical, functional, and aesthetic properties of …

The fiber distribution in yarn structure influences the mechanical, aesthetic, and functional
properties of textile products, but methods for characterizing this distribution remain limited …

The blending ratio and blending irregularity of the blended yarn determine its property and
quality. In this article, the image processing method was introduced to accurately and …

Wool fibers, commonly used in autumn-winter clothing, are prone to generating static
electricity, leading to discomfort and safety concerns for wearers, thus posing a long …

The quality of blended yarn depends on the uniformity of the blending of the multi-
component fibers in the yarn, and sliver blending is a process necessary for mixing fibers …