Chemical Principles of Synthetic Fibre Dyeing
Synthetic fibres are widely used for many applications, with their colour being of major commercial importance. This extensively referenced book provides a comprehensive account of the physical chemistry of the dyeing of synthetic fibres and microfibres.
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AATCC acetate acid dyes acid groups Acrilan adsorbed AEG content Amer amino end groups anionic anionic dyes applied aqueous solubility benzyl alcohol carboxylic acid cationic dyes cellulose diacetate Chem conventional decreased demonstrated diffusion coefficient disperse dyes Disperse Red dispersing agent dtex dye adsorption dye concentration dye diffusion dye uptake dye-fibre dyebath dyed Dyers and Colourists dyes on nylon dyes on PET Dyest effect employed equation extent fabric filament HT dyeing hydrolysis hydrophobic hydrophobic fibres increased with increasing Ingamells interaction JSDC levelling agent light fastness mechanism microfibre mordant non-ionic non-metallised acid dyes nylon fibres observed obtained PAN fibres partition coefficient PET fibre PET film phenol plasticisation Poly polyamide polyester polyester fibres polymer presence R H Peters rate of dyeing reactive dyes reduced Reproduced with permission saturation value Society of Dyers solubility parameter solution solvent substantivity substrate sulphonate surfactant syntan Text tion wet fastness whilst workers yarn