SURFACE CAPILLARITY AND WATER ABSORPTION AS THE MOST IMPORTANT INDICATORS OF THE QUALITY OF SWEAT PADS

The article discusses the means of protecting clothing from traces of sweat – disposable pads / liners from sweat. The negative repeated effects of sweat on the fabric are analysed and the main quality indicators of disposable sweat liners/pads are formulated. A method is proposed for determining surface capillarity and water absorption as the most important indicators of the quality of sweat pads. Solutions simulating sweat (alkaline and acidic) are used to carry out the technique, the degree of effect of the solutions on the surface capillarity and water absorption of disposable sweat liners/gaskets is analysed. The relationship between the mass of the absorbed liquid and the area of the stain spread over the surface of disposable sweat pads is analysed.

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Publication Details

Journal
Technologies & Quality
Published
2025-08-28
DOI
https://doi.org/10.34216/2587-6147-2025-2-68-5-9
Primary Topic
Freezing and Crystallization Processes
Type
article
Field-Weighted Citation Impact
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article

SURFACE CAPILLARITY AND WATER ABSORPTION AS THE MOST IMPORTANT INDICATORS OF THE QUALITY OF SWEAT PADS

Zhanna Yu. Koytova, Eleonora F. Khakimova, Elena V. Buzova
Technologies & Quality
Freezing and Crystallization Processes
article

SURFACE CAPILLARITY AND WATER ABSORPTION AS THE MOST IMPORTANT INDICATORS OF THE QUALITY OF SWEAT PADS

Zhanna Yu. Koytova, Eleonora F. Khakimova, Elena V. Buzova
article en

Abstract

The article discusses the means of protecting clothing from traces of sweat – disposable pads / liners from sweat. The negative repeated effects of sweat on the fabric are analysed and the main quality indicators of disposable sweat liners/pads are formulated. A method is proposed for determining surface capillarity and water absorption as the most important indicators of the quality of sweat pads. Solutions simulating sweat (alkaline and acidic) are used to carry out the technique, the degree of effect of the solutions on the surface capillarity and water absorption of disposable sweat liners/gaskets is analysed. The relationship between the mass of the absorbed liquid and the area of the stain spread over the surface of disposable sweat pads is analysed.

Technologies & QualityVol. 68(2)
Saint-Petersburg State University of Technology and Design (RU), Saint Petersburg Stieglitz State Academy of Art and Design (RU)
Openalex Percentile: Top 74%
Freezing and Crystallization Processes
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