Filtration textiles are not simply appropriate for oil spills since they need to collect polluted water before separating the oil. To overcome the identified problem, a sorbent textile structure is developed in this project. ...

The textile industry contributes significantly to global environmental pollution, generating over 110 million tons of waste annually [1], with severe consequences for the environment. Out of Textile and apparel waste, when ...

Thermal resistance is a critical parameter in achieving thermal comfort through the prevention of heat transfer between the body and the environment. Fabric manufacturers receive requests for clothing with specific thermal ...

Auxetic materials exhibit extraordinary mechanical characteristics, displaying lateral expansion under axial tension and lateral contraction under axial compression- a behavior opposite to that of conventional materials. ...

Majority of the smart devices contain touch screens and the majority of them are based on capacitance and conductivity. This type of touch screens are developed by utilizing a matrix of rows and columns of conductive ...

This study addresses the challenge of reusing pre-consumption waste generated during the cutting process in apparel manufacturing, particularly in the context of blended textiles containing cotton and spandex fibers. ...

Accurate identification and classification of defects in cotton yarns are crucial for ensuring the quality and consistency of textile products. Defects can lead to compromised fabric quality, reduced durability, and increased ...

Super absorbent textile materials are materials that have been developed to have the ability to absorb and hold large amounts of liquid in comparison to their own weight. The super-absorbent textile structure is a type of ...