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AATCC published its first four color fastness test methods in 1923. 1964. AATCC built and moved into the Technical Center in Research Triangle Park, North Carolina in 1964. 1965. AATCC began conducting test method training programs in 1965. Durable press testing was the most popular training initially offered at the Technical Center. 1966
The different test methods are used as per the final destination of the product (Europe, U.S.A., etc.) and the expected washing or laundry methods in practice. Mainly I.S.O. and AATCC standards are used for shrinkage testing. There are few brands which are customizing the test method as per their quality norms. Test Method(s): [10]
Developed in 1998 by Committee RA106, the testing standard for sun protective fabrics in the United States is the American Association of Textile Chemists and Colorists (AATCC) Test Method 183. [7] This method is based on the original guidelines established in Australia in 1994.
The test method evaluates the thermal resistance and water vapor permeability of fabrics, which bear on the garment's comfort. [25] [26] ISO 11092:2014 (the test for physiological effects — Test for measuring thermal resistance and water-vapor resistance) [27] ASTM F1868 (test for measuring thermal and evaporative resistance) [28]
Colour fastness is a term—used in the dyeing of textile materials—that characterizes a material's colour's resistance to fading or running.Colour fastness is the property of dyes and it is directly proportional to the binding force between photochromic dye and the fibre.
Seven countries, an ocean and over a thousand miles stand between them and their dreams for a future
The property is quantifiable through various test procedures. Example tests are ISO 13029:2012, [11] and AATCC TM195. [12] Objective test methods for water absorption and transport in fabrics include: Siphon test, vertical wicking and transverse wicking tests. [3] Optical measurement of contact angle. [3] Spectroscopic methods. [3] Electrical ...
[6] [7] For example standard test methods for visually inspecting and grading fabrics (ASTM D5430) [8] and four-point system. Today, the 4-point system is the most commonly used fabric inspection system which as implied by the name, works with a 1 to 4 deduction system in which the highest defect rating is 4 points. [ 9 ]