Physical Properties of Water Hyacinth, Polyester, and Cotton Blended Spun Yarn: A Blend Ratio Study

ABSTRACT

The goal of the study is to investigate the ideal mix ratio for yarn spinning in the production of industrial textiles, taking into account the physical properties of water-hyacinth-based fabric and yarn. Cotton, polyester, and water hyacinth had a weft yarn mix ratio of 20:25:55. The completed piece demonstrates the unique dark colour and fibre properties of the Water Hyacinth yarn. There are two distinct construction types in the cloth. In plain weaving, ply yarn is used to create the woven structure by reinforcing the weft strand structure. The unique twill fabric was developed to take the place of several natural fabric types that are now available on the market. The warp-to-weft thread ratio is tightly displayed.

摘要

该研究的目的是研究工业纺织品生产中纱线纺纱的理想混合比，同时考虑水葫芦基织物和纱线的物理特性。棉、涤、水葫芦的纬纱混合比为20:25:55。成品展示了水葫芦纱线独特的深色和纤维特性。布料有两种不同的结构类型。在平纹编织中，股线用于通过增强纬纱结构来形成编织结构。这种独特的斜纹织物是为了取代目前市场上的几种天然织物类型而开发的。经纬比紧密显示。

KEYWORDS:

• Environment
• fabric
• natural fiber
• water hyacinth
• yarn

关键词:

• 环境
• 织物
• 天然纤维
• 水葫芦
• 纱线

Disclosure statement

The authors declare that they have no conflicts of interest.

Highlights

1. Water hyacinth fiber can be spun into yarn. The mixing ratio of water hyacinth, polyester, and cotton weft yarns is 20:25:55, according to the ratio.

2. Water hyacinth fabric has two different types of structures. Ply yarns are incorporated into the plain weave to reinforce the weft structure and produce a weft structure.

3. Water hyacinth knit fabric has greater weight and thickness and is relatively more resistant to breakage. On the contrary, fabric woven from water hyacinth has the best air permeability.

4. Water hyacinth fabric has high physical properties and can produce lightweight yarns and fabrics with finer texture properties.

5. Water hyacinth fabric has physical properties that make it more comfortable to wear and suitable as a material for everyday clothing such as pajamas and underwear. This allows the fabric to be further developed into a commercial product with a high market value.