Free Shipping Over $250
All Categories/Brands/Mechanix Wear/Mechanix Wear® Large SpeedKnit™ M-Pact® S5EP08 HPPE And Tungsten Steel Cut Resistant Gloves Nitrile Coated Palm And Fingers

Mechanix Wear® Large SpeedKnit™ M-Pact® S5EP08 HPPE And Tungsten Steel Cut Resistant Gloves Nitrile Coated Palm And Fingers

Part Number: S5EP-08-009SKU: MF1S5EP-08-009
$340.07

Qty: Order In Bulk
Adding this item to your cart will qualify your order for free shipping.

Item Details

Our SpeedKnit™ M-Pact® S5EP08 is designed to protect working hands with a combination of functional impact resistance and high-dexterity cut performance. We use a machine-knit blend of 18-gauge HPPE and Tungsten steel coated with sandy nitrile to achieve ANSI A5 cut resistance. Our ergonomically designed TPR is sonic welded for a seamless fit and ANSI Level 1 impact resistance.

Features

  • High dexterity 18 gauge HPPE + Tungsten steel knit construction protects against harsh skin abrasions and lacerations
  • Comfortable compression cuffs provide a secure fit
  • Anatomical M-Pact TPR meets ANSI 138 Level 1 impact standard
  • Rugged nitrile palm coating with textured grip offers high abrasion resistance and dry grip performance
  • Durability performance meets ANSI Level 4 abrasion standard
  • Cut performance meets ANSI A5 cut resistant standard
  • Touchscreen capable to keep users safe and connected
  • REACH
  • Compliant
  • Machine washable and dryable

Applications

  • Maintenance and Repair
  • Construction
  • Vehicle Recovery
  • Metalworking
  • Manufacturing
  • Mining
  • Oil and Gas

Specifications

  • ANSI Cut Level» A5
  • Coating» Nitrile
  • Glove Size» Large
  • Material» HPPE
  • Trade Name» SpeedKnit™ M-Pact® S5EP08
  • Color» Gray
  • Coating Location» Palm And Fingers
  • Cuff Type» Knit Compression
  • Lining» Unlined
  • ANSI Abrasion Level» 4
  • ANSI Impact Level» 1

WARNING

  • WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov

Things are probably looking a bit weird.

JavaScript is required for full site functionality.