In this study, the findings indicate that the polyester content and changes in the structural properties of wool/polyester blended woven fabrics lead to measurable differences in air permeability values and are significant in terms of garment comfort.

This study evaluates PALF–cotton and PALF–polyester yarns, produced via conventional ring spinning, against 20 Ne 100% cotton, assessing key Uster® parameters including unevenness, CVm%, hairiness, defects, and elongation.

The study examines the integration of 6S principles—Sort, Set in Order, Shine, Standardize, Sustain, and Safety—into a traditional jute spinning facility in Bangladesh to enhance efficiency and sustainability.

This study examines the impact of a humidity control system on jute yarn quality during spinning, focusing on yarn count, breaking strength, moisture content, quality ratio and twists per inch (TPI).

The study successfully revealed a process waste management technique to develop a circular economy with industrial-scale economic benefits by turning low-value fibre waste into valuable yarns.

The study highlights the importance of precise time measurements and workflow analysis in identifying and eliminating non-productive time in garment manufacturing.

Figure of Training error curve (MAE) of BP Model for Bursting Strength of three thread Fleece Fabric with varying Stitch length, Grams per square meter (GSM), yarn counts and twist per inch. 

Image of the extracted natural dyes from mango peel and apply them on three different fabrics (cotton, Chief Value Cotton, Viscose) to compare which fabric is more suitable for Tannin mordant.

Illustration of the Composite Preparation, Frame Preparation (a), Jute Fibre Layers (b), Resin Application (c), Final Composite (d).

Graph showing power consumption of Ring Frame against the controlled pattern of spindle speed.