Wet textile washing processes were set up for wool and cotton fabrics to evaluate the potential of ultrasound transducers (US) in improving dirt removal. The samples were contaminated with an emulsion of carbon soot in vegetable oil and aged for three hours in fan oven. Before washing, the fabrics were soaked for 3 min in a standard detergent solution and subsequently washed in a water bath. The dirt removal was evaluated through colorimetric measurements. The total color differences DE of the samples were measured with respect to an uncontaminated fabric, before and after each washing cycle. The percentage of DE variation obtained was calculated and correlated to the dirt removal. The results showed that the US transducers enhanced the dirt removal and temperature was the parameter most influencing the US efficiency on the cleaning process. Better results were obtained at a lower process temperature.
Washing off intensification of cotton and wool fabrics by ultrasound / Peila, Roberta; ACTIS GRANDE, Giuseppe; Giansetti, Mirco; Rehman, Saifur; Sicardi, Silvio; Rovero, Giorgio. - In: ULTRASONICS SONOCHEMISTRY. - ISSN 1350-4177. - ELETTRONICO. - 23:(2014), pp. 324-332. [10.1016/j.ultsonch.2014.09.004]
Washing off intensification of cotton and wool fabrics by ultrasound
PEILA, ROBERTA;ACTIS GRANDE, GIUSEPPE;GIANSETTI, MIRCO;REHMAN, SAIFUR;SICARDI, SILVIO;ROVERO, Giorgio
2014
Abstract
Wet textile washing processes were set up for wool and cotton fabrics to evaluate the potential of ultrasound transducers (US) in improving dirt removal. The samples were contaminated with an emulsion of carbon soot in vegetable oil and aged for three hours in fan oven. Before washing, the fabrics were soaked for 3 min in a standard detergent solution and subsequently washed in a water bath. The dirt removal was evaluated through colorimetric measurements. The total color differences DE of the samples were measured with respect to an uncontaminated fabric, before and after each washing cycle. The percentage of DE variation obtained was calculated and correlated to the dirt removal. The results showed that the US transducers enhanced the dirt removal and temperature was the parameter most influencing the US efficiency on the cleaning process. Better results were obtained at a lower process temperature.Pubblicazioni consigliate
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https://hdl.handle.net/11583/2575538
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