Understand what ANSI cut levels mean and the materials that can be used to protect you. Consider Material Comprehending Cut Levels In 2013 there were 186,830 occupaonal injuries to hands and wrists that involved days away from work. High Performance Polyethylene (HPPE) • Pound-for-pound 15 mes stronger than steel • Low-linng and resistant to chemicals, water and ultraviolet light • Soſt material offers superior comfort Magid XKS® Yarn • Proprietary engineered blend of stainless steel wire, para-aramid and high-performance fibers • Delivers up to twice the cut protecon of 100% aramid or HPPE materials of a similar weight • Dark coloraon extends service life 3X mes longer than other gloves • Touchscreen compable Para-Aramid/Aramid • Pound-for-pound 5 mes stronger than steel • Lightweight material for superior dexterity • Inherent flame, heat and cut resistance • DuPont® Kevlar® is a popular para-aramid synthec fiber Magid Aramax® and Aramax XT Yarn • Proprietary engineered blend of para-aramid, fiberglass and synthec fibers • Delivers up to twice the cut and abrasion resistance of 100% aramid or HPPE materials of a similar weight • Draws sweat and heat away from skin, keeping hands dry, cool and comfortable There are 5 cut protecon performance levels and it is important to use the right cut protecon for your applicaon. ANSI Performance Level Weight Needed to Cut Material (Grams) 0 < 200 1 > 200 2 > 500 3 > 1000 4 > 1500 5 > 3500 Levels are measured by the grams of force required for failure to occur when applied by a standard cung blade traveling 25mm. Higher levels provide more protecon. These performance rangs are classified as ANSI/ISEA 105-2005 from a 0-5 level based on the outcome of the Cut Performance Test (CPPT). For more on ANSI and EN standards visit: hp://bit.ly/1y9kc2W Cut Protecon Guide