ERGODYNE

922CR MD GRY NITRILE DIPPED DIR GLOVE

ERG17093 MFG #: 17093
$18.04 / PR
  • ANSI Cut-Resistance Level: A3
  • Cuff Style: Knit Wrist
  • Palm Material: Nitrile
  • Resists: Abrasion and Puncture
  • Style: Seamless
  • Series: 922CR
  • Type: Dorsal Protection
  • Size: M
  • Color: Gray
  • Material: HPPE/TPR Armor
The ProFlex® 922CR Nitrile-Coated ANSI Level A3 Cut-Resistant Gloves feature patented dorsal impact reducing (DIR) protection on top of a cut-resistant HPPE seamless knit glove. These knit work gloves also have a super-durable sandy foam nitrile palm. Made with high-performance 13-gauge polyethylene fibers for superior A3 cut protection. Gauge refers to the number of rows of stitches per inch and the higher the gauge, the less bulk and greater dexterity there is. The palms are coated in a sandy nitrile dip which provides an excellent grip for all conditions, wet or dry. The molded thermoplastic rubber (TPR) armor on the backside of the glove offers protection against pinch injuries and blows to the back of the hand. The TPR extends to fingertips and is sewn on for maximum durability. These gloves are also designed with WearArmor &ldquo,flex zones in, to increase dexterity and flexibility to help reduce hand fatigue without sacrificing protection. The ProFlex® 922CR A3 Nitrile-Coated Gloves are best for workers in construction, manufacturing, fabrication, service technicians and material handling.
QTY
  • Application
  • Item Features
  • Standards
Oil/Gas Drilling, Extraction, Refining, Fracking, Tool Pushing, Mining, Demolition, Heavy Construction, Cargo Handling and Mechanics
  • Back of hand protection - Molded TPR armor for full dorsal impact protection
  • Patented flex zones in - Reduces hand fatigue
  • Superior grip - Reinforced sandy nitrile dip provides excellent grip for all conditions
  • Seamless knit wrist - 13 ga HPPE seamless knit for enhanced cut protection
  • HI-vis palm to Hi-vis for hand safety awareness and signaling
  • Machine washable
ANSI/ASTM|ASTM F1790 4|EN 388 4543 C|EN 420