Performance Assessment of Different Detergent Available in the Market on Different Parameters under Same Conditions

Authors

  • Pooja

Keywords:

Stain, Detergent

Abstract

In this present research study, analyse washing behavior and stain removal efficiency from cotton cloth by using laundr-o-meter. This study is designed to examine differences in effectiveness of laundering process for cleaning of cotton cloth by using laundro-meter using different chemical recipe (detergent ,enzymes and silicon ) and check durability even after washing and regular wear.This study provide better methodologies for removing three types of stains like ketchup ,turmeric and grease stain from the cotton fabric by using laundro-meter. Laundry detergents are complex formulations incorporating a range of functional ingredients that may include: surfactants; buffers; chelating agents; enzymes; polymers; fragrances and optical brighteners. Their physical form has evolved from traditional powders through powder tablets, to liquid detergents and capsules, and the commercial marketplace is highly competitive, with consumers sensitive to both performance and price. Understanding the relative benefit of incorporating what can be expensive ingredients is crucial in formulation/product development, while exemplary QC is essential for long term market advantage.

References

Desai (2002). Effect of laundering on the properties of cotton and polyester/cotton. NCM., 49: 25-30.

Jacob, M. (1998). Choice of detergents by three income group of consumers. Indian Textile & Trade J., 36: 48-51.

Desai (2002). Effect of laundering on the properties of cotton and polyester/cotton. NCM., 49: 25-30.

Jacob, M. (1998). Choice of detergents by three income group of consumers. Indian Textile & Trade J., 36: 48-51.

K.J. Palmer, J.A. Galvin The molecular structure of fibers made from native egg albumin, J. Am. Chem. Soc, 65 (1943), pp. 2187-219 M.L. Anson The sulfhydryl groups of egg albumin,J. Gen. Physiol., 24 (1941), pp. 399-421

C.B. Jones, D.K. Mecham The dispersion of keratins. II. Studies on the dis-persion of keratins by reduction in neutral solutions of protein dénaturants, Arch. Biochem., 3 (1943), pp. 193-202

.P. Flesch, E. Kun A colorimetric method for determination of sulfhydryl groups in tissue homogenates by l-(4-chloromercuriphenylazo)-Naphthol-2, ProSoc. Exp. Biol. & Med., 74 (1950), pp. 249-251

J.L. Stoves, The reactivity of the cystine linkage in keratin fiber. I. The action of alkalies, Trans Faraday Soc, 38 (1942), pp. 254-261 B. Chtego, H. Silver

The effect of alkalies on the stability of keratins, J. Invest. Dermat., 5 (1942), pp. 95-1037.

Van Scott, E.J., Flesh, P.: To be published 8. Y. Okuda Quantity of cysteine in living

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Published

2018-06-30

How to Cite

Pooja. (2018). Performance Assessment of Different Detergent Available in the Market on Different Parameters under Same Conditions. Universal Research Reports, 5(6), 39–45. Retrieved from https://urr.shodhsagar.com/index.php/j/article/view/837

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Section

Original Research Article