Green Synthesis Approach for Renewable Textile Coating and Their Mechanical and Thermal Properties
Gamal, H., Attia, N. (2020). Green Synthesis Approach for Renewable Textile Coating and Their Mechanical and Thermal Properties. EKB Journal Management System, 63(8), 3109-3115. doi: 10.21608/ejchem.2020.20618.2234
Heba Gamal; Nour Attia. "Green Synthesis Approach for Renewable Textile Coating and Their Mechanical and Thermal Properties". EKB Journal Management System, 63, 8, 2020, 3109-3115. doi: 10.21608/ejchem.2020.20618.2234
Gamal, H., Attia, N. (2020). 'Green Synthesis Approach for Renewable Textile Coating and Their Mechanical and Thermal Properties', EKB Journal Management System, 63(8), pp. 3109-3115. doi: 10.21608/ejchem.2020.20618.2234
Gamal, H., Attia, N. Green Synthesis Approach for Renewable Textile Coating and Their Mechanical and Thermal Properties. EKB Journal Management System, 2020; 63(8): 3109-3115. doi: 10.21608/ejchem.2020.20618.2234

Green Synthesis Approach for Renewable Textile Coating and Their Mechanical and Thermal Properties

Egyptian Journal of Chemistry
Article 25, Volume 63, Issue 8, August 2020, Page 3109-3115  XML PDF (1.44 MB)
Document Type: Original Article
DOI: 10.21608/ejchem.2020.20618.2234
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Authors
Heba Gamal1; Nour Attia email 2
1Faculty of Specific Education, Alexandria University, Alexandria, Egypt
2Chemistry Division, National Institute of Standards
Abstract
Green, new and renewable smart coating was developed for furniture textile fabrics. Facile and single step method was used for synthesis of green coating based on mandarin peel and chitosan. As, the mandarin peel as fruit waste material was dried, grinded and directly dispersed in chitosan solution producing new green coating composite and then coated on textile fabrics. The mass loadings of green mandarin peel powder was varied on 20-70 wt% and optimized. Thermal stability of coated textile fabrics was enhanced and char yield was improved compared to uncoated one. The charring effect of mandarin peel powder coated samples was significantly enhanced anticipating good flame retardancy effect. The Maximum break loading of the coated textile fabrics was improved achieved 35% improvement compared to uncoated sample reflecting reinforcement of textile fabrics. The interaction between the renewable coating and textile was evaluated. The morphology of uncoated and coated textile fabrics was studied using microscopic technique. Additionally, based on thermal properties of mandarin peel powder it could be promising flame retardant for textile fabrics. This study open new avenues for finishing textile fabrics with enhanced thermal, flame retardancy and mechanical properties with cost-effective and renewable green and effective coating.
Keywords
Green material; Textile coating; Thermal stability; Reinforced textile fabrics
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