Those fabric finishing processes which carried out using wet media, especially
Desizing, Scouring, Bleaching ,Dying, Printing and Finishing etc. are called textile wet processing.
Textile processing carries the process of singing, desizing, scouring, mercerization and coloration such as dyeing and printing.
Tyrone L. Vigo has written: 'Textile processing and properties' -- subject(s): Textile finishing, Dyes and dyeing, Textile fibers
textile iron
Softeners used in wet processing, particularly in the textile industry, include cationic, anionic, and non-ionic softeners. Cationic softeners, like quaternary ammonium compounds, provide excellent softness and are effective at low concentrations; however, they can be sensitive to anionic agents. Anionic softeners are typically less common in textile applications due to compatibility issues but can offer good lubricity. Non-ionic softeners are versatile and provide good softness and hydrophilicity, making them suitable for a wide range of fibers.
J Edward Lynn has written: 'Advances in textile processing'
Textile engineering deals with the process of making a yarn from cotton ,called as spinning.Also we study about the process of conversion of yarn to fabric ,called as weaving.Also we study about dying the the yarn or fabric ,called as Textile chemical processing and also we study about recent trends and methods.
yes off course.. Acetic acid used in textile to maintain dye bath ph or in finishing.. because its pH based on acidic side. also its soft nature does not react or damage the tensile of the fabric.. acetic acid also used in Bleaching process..
Food processing , vegetable oil , cotton textile ,dairy products ,leather industries etc.
Just that. Being abstinent causes wet dreams. It's the body's natural way of processing unused fluids.
processing film chemicals used /unused
Cotton textile production is highly water-intensive, requiring significant amounts of water for both irrigation of cotton crops and processing the fibers into fabric. On average, it takes about 7,000 to 29,000 liters of water to produce just one kilogram of cotton, depending on the growing conditions and practices used. Additionally, water is used in various stages of textile processing, including dyeing and finishing, further contributing to the overall water footprint. Sustainable practices, such as rain-fed irrigation and efficient processing methods, are crucial to mitigate water usage in the cotton industry.
Secondary occupations involve the conversion of raw materials into usable good, e.g. cotton textile which require processing of cotton.