Textiles Claims Testing
LABORATORY TESTING
Textile claim substantiation is in our blood; TRI Princeton was originally founded by the American government in 1930 to support the country’s textiles industry, rapidly becoming a leader and innovator in the textiles area for many years, forging close links with Princeton University. Our state-of-the-art instrumentation and extensive expertise means that we are well able to address claims relating to textiles, or the interaction between textiles and cosmetic items.
Dent Test
Analysis of hair interaction with hair accessories
For brands looking to market their pillowcases, scrunchies, and other hair accessories, this test offers a valuable endorsement. As consumers become more informed about the science behind hair care, they can make better choices, opting for products that not only feel luxurious but also contribute to the overall well-being of their hair.
Hair Friction
Rotating Head Set-Up
Tossing and turning at night can lead to hair breakage and roughened cuticles, neither of which are desirable for consumers. Testing the effects of different fabrics on hair can allow measurement of hair breakage and disorder. Comparison between, for example, pillowcase fabrics is possible without the need for extensive clinical testing.
Hair Friction
Hair Tie Removal
Reduced friction between a fabric and the hair can be useful for making sure that fabric hair ties slip easily out of the hair, without snagging and damaging it. Comparison between brands, or whether hair care products provide any advantage when removing fabric ties, is achievable using texture analysis.
Hair Friction
Analysis of hair interaction with textile materials
Interaction of hair fibers with particular textile materials can lead to a range of outcomes. For example, some materials may ‘catch’ and cause hair to break, or others may cause static. In both cases, these are often not desirable for the consumer. Texture analysis can quantify friction forces caused by different textiles, and feed into product design.