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Ansell ActivArmr 80-813 Cut and Flame Resistant Foam Coated Gloves

$19.90 - $2,722.32
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SKU:
80-813
Availability:
7 - 10 Business Days
Shipping:
Calculated at Checkout
Quantity Option (Pair):
1 Pair
Quantity Option (Bag):
12 Pairs
Quantity Option (Case):
144 Pairs
Ansell ActivArmr® 80-813 Cut & Flame Resistant Foam Coated Gloves — Arc Flash Category 2 (ATPV 9.4 cal/cm²), EN ISO Cut Level C / ANSI A4, Grip in Wet/Oily/Dry Conditions
Arc Flash Cat 2 ATPV 9.4 cal/cm² Cut: EN ISO C / ANSI A4 Flame Resistant Neoprene Foam Palm Silicone Free Latex Free

Ansell is the world’s leading manufacturer of industrial hand protection. The ActivArmr® platform focuses on higher-hazard tasks where glove selection is part of the safety system—helping reduce risk during electrical work practices, maintenance, and sharp-material handling.


Product overview

ActivArmr® 80-813 is built for job tasks where you need cut resistance and flame/arc-flash considerations without sacrificing dexterity. It uses a 13-gauge knitted liner incorporating DuPont™ Kevlar® and protective fibers, paired with a soft neoprene foam palm coating designed to improve grip performance in wet, oily, and dry conditions.

Why customers choose 80-813: It’s a purpose-built glove for high-consequence work. When arc-flash exposure, sharp edges, and maintenance variability are real, the “right glove” isn’t a commodity purchase—it’s part of controlling incident risk, rework, and downtime.


Recommended for
  • Job tasks with potential for arc-flash or flash-flame exposure
  • De-energized electrical equipment panels (maintenance/inspection work practices)
  • Electrical equipment operation and switching (program-dependent; align to site NFPA 70E practices)
  • Facility and machinery maintenance
  • Handling sharp metal, cut-prone components, and edge-exposure tasks

Standards & performance highlights
Arc flash ASTM F2675 Category 2 • ATPV 9.4 cal/cm²
Cut resistance EN ISO Cut Level C • ANSI/ISEA Cut Level A4
Mechanical (EN 388) EN 388 marking commonly shown as 2X42C (verify per PDS for your lot)
Liner / gauge 13-gauge knit • DuPont™ Kevlar® composite yarn + protective fibers
Coating Neoprene foam (palm coated) for grip in wet/oily/dry environments
Construction notes Knitwrist cuff • Silicone-free • Latex-free
Length 225–260 mm (varies by size)

Selection note: Arc-flash PPE is program-driven. Always align glove selection to your facility’s hazard assessment and NFPA 70E work practices.


Why this isn’t a commodity glove
Performance area ActivArmr® 80-813 Typical “cut glove”
Arc / flame considerations Designed around arc-flash and flame-resistant needs (Cat 2 / ATPV 9.4) Often not arc-rated; may melt, shrink, or ignite
Cut performance EN ISO C / ANSI A4-level cut resistance for sharp handling May be lower cut level or inconsistent by supplier
Grip in real conditions Neoprene foam coating designed for wet/oily/dry grip Grip often falls off quickly in oil or humidity
Process consistency Built for repeatability in higher-hazard workflows More variability, more substitutions, more surprises

What’s included
  • Quantity options: 1 Pair, 12 Pairs (Bag), 144 Pairs (Case)
  • Sizes: 6–11
  • Case pack: 144 pairs (12 bags of 12 pairs)
Documentation

Product Data Sheet (PDS): Open PDS / Print If the PDS link does not open, the PDF path on your server needs to be updated.

 

The Technical Vault By SOSCleanroom
Cut Protection Flame Resistant Oil Grip ActivArmr® Platform

Built for environments where heat, cut risk, and handling coexist

The Ansell ActivArmr® 80-813 is engineered for industrial tasks where mechanical cut hazards and intermittent flame or heat exposure are present at the same workstation. These are not laboratory or cleanroom conditions—they are production floors, fabrication areas, maintenance bays, and material handling zones where gloves must survive abrasion, gripping, flexing, and thermal stress without compromising dexterity.


Glove construction: liner, yarns, and coating architecture

At the core of the 80-813 is a flame-resistant aramid-based liner. Aramid fibers are selected not for comfort alone, but for their ability to maintain structural integrity when exposed to elevated temperatures. Unlike commodity fibers that melt or shrink, aramids char and self-extinguish, reducing the risk of secondary injury when brief flame contact occurs.

This liner is engineered to deliver cut resistance through fiber strength and yarn density, rather than relying on bulk. The result is a glove that balances protection with hand mobility—critical in tasks involving tool control, component positioning, or repetitive grasping.


Foam nitrile coating: grip, abrasion resistance, and tactile control

The palm and fingers are protected with a foam nitrile coating engineered for oil-affected and mixed-surface environments. Foam nitrile differs from flat coatings in that its micro-porous structure increases surface contact, allowing oils to be displaced into the coating rather than acting as a lubricant between glove and part.

From a durability standpoint, nitrile provides excellent abrasion resistance and maintains grip characteristics over repeated cycles. This makes the 80-813 suitable for extended wear in applications where gloves are expected to last through multiple handling sequences rather than single-task use.


Understanding the protection mechanisms
  • Cut resistance: achieved through high-strength aramid fibers and yarn construction rather than excessive thickness.
  • Flame resistance: inherent to the liner material; protection does not wash out or degrade with wear.
  • Abrasion resistance: delivered by the nitrile coating, protecting high-wear zones such as fingertips and palm.
  • Grip control: foam nitrile maintains friction in dry, lightly oily, and mixed-contamination environments.

Typical industrial use environments

The ActivArmr® 80-813 is well-suited for operations such as metal handling, fabrication support, equipment maintenance, utilities work, and industrial assembly where workers encounter sharp edges, residual heat, or brief flame exposure. Its design supports continuous hand use without excessive stiffness, helping reduce fatigue over long shifts.


Wear life, inspection, and replacement considerations

Like all coated industrial gloves, service life is driven by abrasion rate, surface roughness, and task frequency. High-wear indicators include thinning or glazing of the nitrile coating and loss of grip in oil-exposed areas. Regular visual inspection allows teams to replace gloves before protection is compromised, supporting consistent risk control at the workstation.


If you have any questions please email us at Sales@SOSsupply.com or give us a call at (214) 340-8574. OR check out the AI ChatBot powered by SOSCleanroom data libraries – give it a try! This is new for 2026. © 2026 SOSCleanroom. All rights reserved.