Moisture Management and Liquid Transport Testing
category
Moisture management testing quantifies liquid water absorption, wicking velocity, spreading rate, moisture vapour transmission, and drying rate of textile structures using gravimetric, optical, and sensor-array methods that replicate perspiration transport from skin surface through fabric to the external environment.
Role
Provides functional data for designing comfort textiles, sportswear, medical wound dressings, and agricultural fabrics where controlled moisture transport determines physiological comfort, wound healing efficacy, or crop protection performance.
Subtopics
- Moisture Management Tester MMT Protocol The moisture management tester simultaneously measures liquid absorption rate, one-way transport ind…
- Vertical and Horizontal Wicking Rate Vertical wicking tests suspend a fabric strip with its lower edge immersed in coloured water and mea…
- Water Vapour Transmission Rate WVTR WVTR tests seal fabric specimens over a desiccant-filled or water-filled cup and measure mass change…
- Spray Impact and Rain Tower Penetration The spray test (AATCC 22, ISO 4920) directs a standardised water spray onto a fabric surface and gra…
- Hydrostatic Head Pressure Testing Hydrostatic head testing supports a fabric specimen horizontally and applies increasing water pressu…
- Absorbency and Water Retention Capacity Absorbency testing measures the mass of water absorbed by a fabric specimen after immersion and cent…
- Drying Rate and Moisture Evaporation Drying rate testing wets a fabric specimen to a defined moisture content and measures mass loss at t…
- Oil and Liquid Repellency Testing Oil repellency testing places droplets of a series of hydrocarbon liquids with decreasing surface te…
- Soil and Stain Release Performance Soil release testing applies standardised stain agents including oil, lipstick, and food colorants t…
- Liquid Strikethrough and Rewet in Hygiene Products Strikethrough time measures the speed at which a standardised liquid volume passes through a nonwove…