With the aim of polyester/cotton fabric one-bath one-step dyeing, polyester fabric low-temperature dyeing with cationic dyes was investigated based on β-cyclodextrin (β-CD) modification. After β-CD/citric acid (CA) modification, the hydrophilicity of the modified polyester fabric was improved obviously, which was demonstrated via moisture regain and contact angle, as well as wicking property. The optimal dyeing temperature and crosslinking agent were selected through comparing the color strength of the dyed polyester fibers. Modified polyester fabric obtained significantly enhanced color strength from 0.12 to 4 with a good leveling property when dyeing at 70℃ using CA as the crosslinking agent. β-CD modified polyester/cotton fabric displayed a K/S value of 8.61, much higher than the value of 0.71 of the unmodified fabric with cationic dyes, showing a highly improved dyeing ability. The color fastness of β-CD modified polyester/cotton fabrics, including washing fastness, rubbing fastness, perspiration fastness and light fastness, are all over grade 3–4 when the curing temperature of 180℃ is adopted for β-CD modification, demonstrating that polyester/cotton fabric one-bath one-step dyeing can be realized based on β-CD modification.
MokhtariJGharanjigKAramiMet al.Novel hydrolysable azo disperse dyes based on N-ester-1,8-naphthalimide: dyeing of polyester-cotton blends. Color Technol2008; 124: 295–300.
2.
JhanjiYGuptaDKothariVK. Moisture management and wicking properties of polyester-cotton plated knits. Indian J Fibre Text2017; 42: 183–188.
3.
LinLYZhouXXingZQet al.Synthesis of 2, 3-dibromo-succinic anhydride and application on cotton, polyester and polyester/cotton blended fabric. Text Res J2016; 86: 1585–1596.
4.
YoussefYAAhmedNSEMousaAAet al.Alkaline dyeing of polyester and polyester/cotton blend fabrics using sodium edetate. J Appl Polym Sci2008; 108: 342–350.
5.
LeeJJHanNKLeeWJet al.One-bath dyeing of a polyester/cotton blend with reactive disperse dyes from 2-hydroxypyrid-6-one derivatives. Color Technol2010; 119: 134–139.
6.
LeeJJHanNKLeeWJet al.Synthesis of temporarily solubilized reactive disperse dyes and their application to the polyester/cotton blend fabric. Fiber Polym2002; 3: 85–90.
7.
BoneJALeTTPhillipsDASet al.One-bath dyeing of polyester/cotton with disperse and bis-3-carboxypyridinium-s-triazine reactive dyes. Part 1: factors limiting production of heavy shades. Color Technol2007; 123: 152–162.
8.
TavanaieMAShoushtariAMGoharpeyF. Polypropylene/poly (butylene terephthalate) melt spun alloy fibers dyeable with carrier-free exhaust dyeing as an environmentally friendlier process. J Cleaner Prod2010; 18: 1866–1871.
9.
HarifiTMontazerM. Free carrier dyeing of polyester fabric using nano TiO2. Dyes Pigm2013; 97: 440–445.
10.
El-ZawahryMMAbdelghaffarF. Preparation and characterisation of novel phospholipid cationic liposomes to improve the alkaline hydrolysis and dyeability of polyester fabric. Color Technol2013; 129: 193–202.
11.
DadashianFMontazerMFerdowsiS. Lipases improve the grafting of poly(ethylene terephthalate) fabrics with acrylic acid. J Appl Polym Sci2010; 116: 203–209.
12.
McCloskeySGJumpJM. Bio-polishing of polyester and polyester/cotton fabric. Text Res J2005; 75: 480–484.
13.
RashidiAMoussavipourgharbiHMirjaliliMet al.Effect of low-temperature plasma treatment on surface modification of cotton and polyester fabrics. Indian J Fibre Text2004; 29: 74–78.
14.
RistićNJovančićPCanalCet al.One-bath one-dye class dyeing of PES/cotton blends after corona and chitosan treatment. Fiber Polym2009; 10: 466–475.
15.
ChaudharyHGuptaDGuptaC. Multifunctional dyeing and finishing of polyester with Sericin and Basic dyes. J Text I2016; 108: 314–324.
16.
SamantaAKSharmaDN. Dyeing of polypropylene with some azo-disperse dyes of basic character via chlorination route. Indian J Fibre Text1995; 20: 206–210.
17.
SamantaAKSharmaDN. Some studies on chlorination of polypropylene. Colourage1990; 37: 15–20.
18.
BlanfordWJ. Model of phase distribution of hydrophobic organic chemicals in cyclodextrin–water–air–solid sorbent systems as a function of salinity, temperature, and the presence of multiple CDs. J Incl Phenom Macro2014; 79: 57–64.
19.
OpetNJLevinRE. Use of beta-cyclodextrin and activated carbon for quantification of Salmonella enterica ser. Enteritidis from ground beef by conventional PCR without enrichment. Food Microbiol2014; 38: 75–79.
20.
CarpignanoRParlatiSPiccininiPet al.Use of β-cyclodextrin in the dyeing of polyester with low environmental impact. Color Technol2010; 126: 201–208.
21.
DehabadiVABuschmannHJGutmannJS. A novel approach for fixation of β-cyclodextrin on cotton fabrics. J Incl Phenom Macro2013; 79: 459–464.
22.
ParkKHChoiJMChoEet al.Enhancement of solubility and bioavailability of quercetin by inclusion complexation with the cavity of mono-6-deoxy-6-aminoethylamino-beta-cyclodextrin. B Korean Chem Soc2017; 38: 880–889.
23.
VoncinaBVivodVChenWT. Surface modification of PET fibers with the use of β-cyclodextrin. J Appl Polym Sci2009; 113: 3891–3895.
24.
SchönbeckCHolmRWesthPet al.Extending the hydrophobic cavity of β-cyclodextrin results in more negative heat capacity changes but reduced binding affinities. J Incl Phenom Macro2014; 78: 351–361.
25.
KacemILaurentTBlanchemainNet al.Dyeing and antibacterial activation with methylene blue of a cyclodextrin modified polyester vascular graft. J Biomed Mater Res A2014; 102: 2942–2951.
26.
ChenLWangCTianAet al.An attempt of improving polyester inkjet printing performance by surface modification using β-cyclodextrin. Surf Interface Anal2012; 44: 1324–1330.
27.
ParkJSKimIS. Use of β-cyclodextrin in an antimigration coating for polyester fabric. Color Technol2013; 129: 347–351.
28.
IbrahimNAEl-ZairyEMR. Union disperse printing and UV-protecting of wool/polyester blend using a reactive β-cyclodextrin. Carbohyd Polym2009; 76: 244–249.
29.
NagyHJSallayPVargaMLet al.Removal of dyes from industrial wastewater by cucurbiturils. Text Res J2009; 79: 1312–1318.
30.
ChungHKimJY. Antimicrobial activity of β-CD finished and apricot kernel oil applied fabrics. Fiber Polym2014; 15: 924–931.
31.
WangTLiBSiHYet al.Investigation on surface activity of cyclodextrins grafting cellulose beads through phenolphthalein probe molecule. Surf Interface Anal2011; 43: 1532–1538.
32.
VoncinaBMarechalAML. Grafting of cotton with β-cyclodextrin via poly(carboxylic acid). J Appl Polym Sci2005; 96: 1323–1328.
33.
VahediSTavakoliOKhoobiMet al.Application of novel magnetic β-cyclodextrin-anhydride polymer nano-adsorbent in cationic dye removal from aqueous solution. J Taiwan Inst Chem E2017; 80: 452–463.
34.
ShaoYMartelBMorcelletMet al.Interaction between beta-cyclodextrin and watersoluble dyes. Canad Text J1997; 113: 53–58.
35.
KumbasarEPAAtavRYurdakulA. Equalizing effect of β-cyclodextrinon dyeing of polyamide 6,6 woven fabrics with acid dyes. J Appl Polym Sci2007; 103: 2660–2668.
36.
RaslanWMEl-ArefATBendakA. Modification of cellulose acetate fabric with cyclodextrin to improve its dyeability. J Appl Polym Sci2009; 112: 3192–3198.
37.
ParlatiSGobettoRBaroloCet al.Preparation and application of a β-cyclodextrin-disperse/reactive dye complex. J Incl Phenom Macro2007; 57: 463–470.
