S-TEX® S-TEX541L-08 Cut Resistant Gloves, L/SZ 8, Polyurethane Coating, Engineered Hagane Coil® Fiber, Knit Wrist Cuff, Resists: Abrasion and Cut, ANSI Cut-Resistance Level: A4

02D54108 MFG #: S-TEX541L-08
$14.27 / EA
Estimated Delivery 7 to 10 Business Days
  • Manufacturer: Showa
  • Series: S-TEX541
  • Palm Material: Polyurethane
  • Coating Material: Polyurethane
  • Material: Engineered Hagane Coil® Fiber
  • Color: Black/Gray
  • Style: Rough Grip/Open Back/Seamless
  • Lining: Polyester/Stainless Steel
  • Cuff Style: Knit Wrist
  • Length: 240 mm
  • ANSI Cut-Resistance Level: A4
  • Resists: Abrasion and Cut
  • Brand: S-TEX®
S-TEX® Cut Resistant Gloves, Series: S-TEX541, L/SZ 8 Size, Polyurethane Palm, Polyurethane Coating, Engineered Hagane Coil® Fiber, Black/Gray, Rough Grip/Open Back/Seamless Style, Polyester/Stainless Steel Lining, Knit Wrist Cuff, 240 mm Length, A4 ANSI Cut-Resistance Level, Resists: Abrasion and Cut
  • Seamless knitting gives no irritation
  • Anatomical hand shape design
  • High performance engineered patented yarns
  • Open back design with breathable palm keeps the hand comfortable and dry
  • High cut resistance performance
  • Engineered Hagane Coil® fiber
  • Better advanced cut protection performance
  • PU coating provides high abrasion resistance and excellent grip
  • An ergonomically designed hand mold replicates the natural curvature of the human hand and thus redu
  • Lightweight palm coating ensures maximum dexterity, grip and flexibility
Seamless knitting gives no irritation
Anatomical hand shape design
High performance engineered patented yarns
Open back design with breathable palm keeps the hand comfortable and dry
High cut resistance performance
Engineered Hagane Coil® fiber
Better advanced cut protection performance
PU coating provides high abrasion resistance and excellent grip
An ergonomically designed hand mold replicates the natural curvature of the human hand and thus reduces hand fatigue
Lightweight palm coating ensures maximum dexterity, grip and flexibility