This paper investigates the physio-chemical properties of yarn dyed linen fabric dyed with reactive & vat dye. The mechanical & chemical properties such as tear strength, tensile strength, seam strength, pilling, colour fastness to washing, perspiration and rubbing of those fabrics were investigated and compared with each other after making reactive & vat yarn dyed linen fabric keeping same shade%, yarn count, epi, ppi& gsm. It is claimed to bring many advantages of linen fabric quality for future. When the results were studied, it was observed that the mechanical properties like tear strength, tensile strength was found higher in yarn dyed vat linen fabric than yarn dyed reactive linen fabric& in case of colour fastness to wash & perspirat...
The aim of this study was to carry out triple dyeing of woven polyester/cationic dyeable polyester/v...
In this study, dyeing effects on the physical properties of blended fabrics containing different rat...
WOS: 000246527800017In this study, plain fabrics were produced via using both 100 % cotton, compact ...
Poor colour fastness in textile products is one of the major sources of customer dissatisfaction and...
Nowadays, textile products have found a wide range of application in apparel, domestic and industria...
Consumption of cotton and oil-based fibres types is a major problem because it needs the help of fer...
A combined effect of mercerized and dyed yarns on physical properties of plain single jersey knitted...
In this study, 100% cotton knitted fabrics made from combed cotton and combed pima cotton were dyed ...
Tensile strength, moisture absorption, air permeability, cool-hand attribute, good comfort, etc. pro...
WOS: 000342654700017This research presents a comparative study of the colour,w abrasion and colour f...
The main objective of this paper is to analyze and compare the color strengths of mercerized and unm...
This paper has focused on moisture management (MMT) and air permeability properties of fabrics produ...
The article describes synthesis and colour fastness study of three reactive dyes, Reactive Red A, Re...
Cotton knitted fabrics were manufactured with different yarn types (conventional ring spun yarn and ...
This paper has focused on moisture management (MMT) and air permeability properties of fabrics produ...
The aim of this study was to carry out triple dyeing of woven polyester/cationic dyeable polyester/v...
In this study, dyeing effects on the physical properties of blended fabrics containing different rat...
WOS: 000246527800017In this study, plain fabrics were produced via using both 100 % cotton, compact ...
Poor colour fastness in textile products is one of the major sources of customer dissatisfaction and...
Nowadays, textile products have found a wide range of application in apparel, domestic and industria...
Consumption of cotton and oil-based fibres types is a major problem because it needs the help of fer...
A combined effect of mercerized and dyed yarns on physical properties of plain single jersey knitted...
In this study, 100% cotton knitted fabrics made from combed cotton and combed pima cotton were dyed ...
Tensile strength, moisture absorption, air permeability, cool-hand attribute, good comfort, etc. pro...
WOS: 000342654700017This research presents a comparative study of the colour,w abrasion and colour f...
The main objective of this paper is to analyze and compare the color strengths of mercerized and unm...
This paper has focused on moisture management (MMT) and air permeability properties of fabrics produ...
The article describes synthesis and colour fastness study of three reactive dyes, Reactive Red A, Re...
Cotton knitted fabrics were manufactured with different yarn types (conventional ring spun yarn and ...
This paper has focused on moisture management (MMT) and air permeability properties of fabrics produ...
The aim of this study was to carry out triple dyeing of woven polyester/cationic dyeable polyester/v...
In this study, dyeing effects on the physical properties of blended fabrics containing different rat...
WOS: 000246527800017In this study, plain fabrics were produced via using both 100 % cotton, compact ...