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M. Bakhtiari, S. Najar, S. Etrati, Z. Toosi (2006)
Compression properties of weft knitted fabrics consisting of shrinkable and non-shrinkable acrylic fibersFibers and Polymers, 7
W. Beck, T. Collette (1952)
False faith in the surgeon's gown and surgical drape.American journal of surgery, 83 2
C. Wyk (1946)
20—NOTE ON THE COMPRESSIBILITY OF WOOLJournal of The Textile Institute Transactions, 37
M. Huh, I. Kang, Du-Hyun Lee, Woong Kim, Dong-ho Lee, L. Park, K. Min, K. Seo (2001)
Surface characterization and antibacterial activity of chitosan-grafted poly(ethylene terephthalate) prepared by plasma glow dischargeJournal of Applied Polymer Science, 81
P. Gibson (1993)
Factors Influencing Steady-State Heat and Water Vapor Transfer Measurements for Clothing MaterialsTextile Research Journal, 63
Wei Huang, K. Leonas (2000)
Evaluating a One-Bath Process for Imparting Antimicrobial Activity and Repellency to Nonwoven Surgical Gown FabricsTextile Research Journal, 70
W. Catherine L. Jian (2002)
10.1002/app.10588J. Appl. Polym. Sci., 85
“The Standardization and Analysis of Hand Evaluation” S. Kawabata (1980)
S. Kawabata, “The Standardization and Analysis of Hand Evaluation”, The Hand Evaluation and Standardization Committee, Text, Mach. Soc. Japan, 1980.
Jeong-Sook Cho, G. Cho (1997)
Effect of a Dual Function Finish Containing an Antibiotic and a Fluorochemical on the Antimicrobial Properties and Blood Repellency of Surgical Gown MaterialsTextile Research Journal, 67
J. Marsh (1947)
An introduction to textile finishing
S. Jong, J. Snaith, N. Michie (1986)
A Mechanical Model for the Lateral Compression of Woven FabricsTextile Research Journal, 56
P. Taylor, D. Pollet (2002)
Static Low-Load Lateral Compression of FabricsTextile Research Journal, 72
J. Bucheńska (1997)
Modification of polyester fibers by grafting with poly(acrylic acid)Journal of Applied Polymer Science, 65
T. Harding (1951)
WATER-REPELLENCY OF TEXTILES—PAST DEVELOPMENTS AND FUTURE PROSPECTS, 42
Jian Lin, C. Winkelman, S. Worley, R. Broughton, J. Williams (2001)
Antimicrobial treatment of nylonJournal of Applied Polymer Science, 81
M. Matsudaira, H. Qin (1995)
Features and Mechanical Parameters of a Fabric's Compressional PropertyJournal of The Textile Institute, 86
K. Slater (1977)
Comfort Properties of TextilesTextile Progress, 9
“Canadian Textile Journal” H. G. Weiland (1979)
H. G. Weiland, “Canadian Textile Journal”, p.46, August, 1979.
M. H. Varkiani (2005)
Ph.D. Dissertation
Aung Soe, T. Matsuo, Masaoki Takahashi, M. Nakajima (2003)
Compression of Plain Knitted Fabrics Predicted from Yam Properties and Fabric GeometryTextile Research Journal, 73
Arrowsmith Bristol J. E. Booth (1968)
J. E. Booth,Arrowsmith Bristol, 1968.
Y. Son, Gang Sun (2003)
Durable antimicrobial nylon 66 fabrics: Ionic interactions with quaternary ammonium saltsJournal of Applied Polymer Science, 90
J. Lin, V. Cammarata, S. Worley (2001)
Infrared characterization of biocidal nylonPolymer, 42
A. Mukhopadyhay, A. Dash, V. Kothari (2002)
Thickness and compressional characteristics of air‐jet textured yarn woven fabricsInternational Journal of Clothing Science and Technology, 14
Seungsin Lee, Jeong-Sook Cho, G. Cho (1999)
Antimicrobial and Blood Repellent Finishes for Cotton and Nonwoven Fabrics Based on Chitosan and FluoropolymersTextile Research Journal, 69
M. Montazer (2003)
June 16–18, Liberic Czech Repablic, 2003
M. Montazer, M. Afjeh (2007)
Simultaneous x‐linking and antimicrobial finishing of cotton fabricJournal of Applied Polymer Science, 103
Young Kim, Gang Sun (2000)
Dye Molecules as Bridges for Functional Modifications of Nylon: Antimicrobial FunctionsTextile Research Journal, 70
Abstract In order to impart barrier properties against water and microorganisms on breathable three dimensional spacer fabrics as medical or technical textiles, fabric samples were treated with two water repellent agents and a quaternary ammonium salt namely cetyltrimethylammonium bromide (CTAB), using pad-dry-cure method. Two different water repellent agents based on hydrocarbon and acrylic copolymer were used. The water repellent property of samples was tested by Bundesmann and contact angle tests. Antimicrobial activity of samples was analyzed quantitatively according to AATCC 100. Simultaneous finishing of samples was done with 3 % CTAB and 4 % fluoroalkyl acrylic copolymer. To study the effect of various treatments on comfort related properties, air and water vapor permeability, water repellency and compression were measured. The results showed that the antimicrobial and water repellent spacer fabrics can be achieved applying selected material without significant changes on their comfort properties. Also a regression model was presented to predict the water vapour permeability of knitted spacer fabrics based on course density (CPC) changing.
Fibers and Polymers – Springer Journals
Published: Jul 1, 2007
Keywords: Polymer Sciences
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