Neama Ahmed El-said Abd el-salam
Asst. Lecturer
Enzymes in Digital Printing of Polyamide Fabric
Journal of Textiles, Coloration and Polymer Science • 2024
Publication Information
Authors
Ahmed G. Hassabo 1 Nehad Z. Gouda 2 Nadeen Khaleed 2 Sohaila Shaker 2 Neaama A. Abd El-Salam 2 Nourhan A. Mohamed 2 Hanan Othman 3
Keywords
digital printing inkjet printing polyamide fabric
Journal
Journal of Textiles, Coloration and Polymer Science
Publisher
Ahmed G. Hassabo
Volume
Volume 21
Issue
Issue 1 - Serial Number 1
Pages
Pages 149-160
publication.type
Local
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
The stamping techniques needed by the apparel industry must be more adaptable and environmentally friendly. In this case, digital printing with inkjet and sublimation transfer printing technology offers synthetic textile substrates a workable solution. Because it is light, soft, strong, and durable, polyamide (pa) fibre stands out among synthetic fibres. Absorbing sweat although this fabric has outstanding physical and mechanical qualities, it has a low surface energy by nature, which makes it difficult for the enzyme or ink solution to stick to it during the printing process. However, a gaseous plasma treatment can activate the pa surface. Non-thermal atmospheric plasma can replace chemical primers based on risky pa surface changes since it is quick, safe, and dry curing.
