EFFECT OF DIFFERENT COMMERCIAL BRANDS OF SOAPS AND DETERGENTS ON THE WASH FASTNESS PROPERTIES OF DIFFERENT COMMERCIAL BRANDS OF FABRICS (WRAPPERS/AFRICA PRINT)

Files

EFFECT OF DIFFERENT COMMERCIAL BRANDS OF SOAPS AND....pdf (1.75 MB)

Date

2014-09-26

Authors

Journal Title

Journal ISSN

Volume Title

Publisher

Department of Home Science and Management, Nasarawa State University, Keffi

Abstract

Sequel to the problems associated with fabrics (wrappers) -colour fastness to washing and the continued need to seek out the best ways of minimizing them, the effect of different commercial brands of soaps and detergents on quality performance of six (6) selected fabrics (wrappers) to laundry were investigated. In the analysis two treatments were employed i.e. ISOs and ISO4. The results showed that the samples exhibited better wash fastness properties towards the soaps for IS03 treatments than for IS04 treatments. The order of performance of the soaps for IS03 treatments is S5> S6>S8>S4>S3> S2 while for IS04 treatments the order of performance of the soaps is S3>S2>S5>SI0 respectively. Samples W6.W1, \V3,W5 shows excellent wash fastness properties for IS03 treatments while S2,SI0,S3 and S5 soaps gave the highest wash fastness for samples \VJ,W2,\V3,W5 and W6 for IS04 treatments respectively. For the detergents, however, the wash fastness can be rated moderate, but D2 and D4 detergents gave the highest wash fastness properties for IS03 treatments, but for IS04 treatments, the wash fastness can be rated very poor the samples gave low wash fastness values i.e. there was bleeding of the dyes from the fabrics - fading occurs. It is therefore recommended that the soaps end detergents mentioned above could be used for washing fabrics (wrappers) with IS03

Description

Keywords

Citation

Adamu, M. P. & Isa, A. (2009). Fastness Properties of Colourants Extracted from Onion Scales Leaves. Journal and Technical Oforghor, A. O. (1999). Effect of Heat and Auxiliary Treatment on the Absorption of Acid Dyes by Nylon 6, 6 Fibres, A Research Project, Ahmadu Bello University,Zaria. p. 11-15. Oforghor, A. O. (2011). Synthesis and Application of 2- Hydroxyl-6- Napgthol Sulphonic Acid Dyes on Nylon 6, 6 Fibres. A Paper Presented at the 46lh Annual Conference of of Vocational Education (JOVTED), 11 (1): 37-44. damu, M. P & Isa, A. (2009). Fastness -^Properties of Colourants Extracted from Gutta Percha (3AMJI TREE) Journal of Vocational and Technical Education (JOVTED), 11(1): 45-50. Ameh, E. P. (2001). Effects of Resin Finishing on the Properties of Direct Dyed Cotton Fibres, A B.Sc. unpublished Science Association of Nigeria (SAN) at the unpublished Ahmadu Bello University, Zaria Peters, R. H. (2004). Textiles Chemistry. Amsterdam Research Project, Ahmadu Bello University, Zaria p 21-24. Vol.3, Elsevier Publishers, p. 134-136. Thorsten Bartels et al. (2005) "Lubricants and Lubrication" in Ullmanns Bird & Boston (1999). ‘The theory of Coluration of Textiles, 7lh Edition, Vol.12, Bradfort: Trust, p. 152-154. David, J. A., Sabine B., Ralf, C., Georg F., Steinbemer U. & Alfred, W. "Fatty Acids" in Ullmanris Encyclopedia of Industrial Chemistry 2006, Wiley- VCH, Weinheim.doi:10.1Q02/ 14356007. al0_245.pub2 Grierson, S. U. (2000). The Histoiy and Use of Natural Dyes in Scotland. Cauldron Publishers, p. 45-50. Hollen, N, Saddlers, J, & Long, F. (2001). Textiles, 5th Edition, McMillan Publishers Co. Inco. New York. Jezhi, S. C. (2008). The Effect of Soaps and Detergents on Cotton Fabric Dyed with Reactive Dyes. A B.Sc. unpublished Ahmadu Bello University, Zaria p. 15-17

URI

https://keffi.nsuk.edu.ng/handle/20.500.14448/3125

Collections

Articles