Published: Jan 2005
| ||Format||Pages||Price|| |
|PDF (92K)||5||$25||  ADD TO CART|
|Complete Source PDF (5.0M)||5||$63||  ADD TO CART|
Workers exposed to mechanical hazards that could cause cuts or lacerations to the hands and arms have a need to understand the cut protection performance of protective apparel. Cut protection performance of clothing can be measured using CEN 388, ASTM International standard F 1790-97, and ISO 13997. The ASTM and ISO test methods employ force-distance testers to determine the cut resistance of a material when exposed to a cutting edge under specified loads. The latter two test methods provide a process for differentiating the cut protection performance of various materials such as cotton,leather, and high performance fibers.
ASTM task group F23.20.02 sought to improve the reliability and reproducibility of the F 1790-97 standard in a way that creates a global standard for measuring cut performance, demonstrates equivalence of results between different test equipment, and reduces variability in the test method. The revised test method has been balloted by the main and sub-committees for adoption.
This paper will outline the results of extensive interlaboratory studies on the test equipment, calibration method, and calibration materials. The implications of other testing aspects on the harmonization of the standards will be described. This information will be useful for end users, distributors, and manufacturers interested in measuring the cut performance of clothing.
cut resistance, cut test, CPPT, TDM, hand and arm protection, standard harmonization
Research Chemist, DuPont Personal Protection, Richmond, VA
Statistical Consultant, DuPont Company, Wilmington, DE
Paper ID: STP12604S