SUPERIOR GLOVE WORKS, LTD.
399GKGL5L-S

ARC CUT A4 + HEAT 3 FOR WOMEN

ARC CUT A4 + HEAT 3 FOR WOMEN

Catalog Number:
Manufacturer: SUPERIOR GLOVE WORKS, LTD.
Brand: SUPERIOR GLOVE WORKS, LTD.
Item ID: SUPG 399GKGL5L-S
MPN: 399GKGL5L-S
Min Order Qty: 1

Our Endura 399GKGL5L gloves are designed with a slim fit for comfort and are ideal for MIG welding and all-round fabrication use. ParaActiv engineered yarn liner provides 360 deg cut protection with ANSI A4 cut resistance and ANSI 3 heat protection. They are arc flash-rated level 3 with an ATPV of 36 cal / cm². Abrasion resistant goatskin leather and durable keystone thumbs optimize these MIG welding gloves for the long haul, while 6-inch gauntlet cuffs provide extra coverage where heat hazard exists.

Springfield

Features

  • Designed for a slim fit
  • ParaActiv engineered yarn liner for 360 degcut protection with ANSI A4 cut resistance and ANSI 3 heat protection
  • Arc flash-rated level 3 with an Arc Thermal Performance Value (ATPV) of 36 cal / cm²
  • Extended gauntlet cuffs offer added wrist safety
  • Cleaning instructions: dry clean
  • Specifications

    Abrasion
    Level 4
    Arc Flash
    Cat3
    Colour
    White
    Cuff Style
    Gauntlet
    Cut
    Level A4
    Grip Type
    Smooth
    Heat
    Level 3
    Height
    0.58 Inch
    Industries
    Oil and Gas, Welding
    Length
    13.26 Inch
    Liner
    Paraactiv
    Material
    Goat Leather
    Puncture
    Level 3
    Size
    Small
    Thumb Type
    Keystone Thumb
    Width
    3.79 Inch
    Women Size
    Yes

    Our Endura 399GKGL5L gloves are designed with a slim fit for comfort and are ideal for MIG welding and all-round fabrication use. ParaActiv engineered yarn liner provides 360 deg cut protection with ANSI A4 cut resistance and ANSI 3 heat protection. They are arc flash-rated level 3 with an ATPV of 36 cal / cm². Abrasion resistant goatskin leather and durable keystone thumbs optimize these MIG welding gloves for the long haul, while 6-inch gauntlet cuffs provide extra coverage where heat hazard exists.

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