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

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

$18.59
SKU: 80-813 7 - 10 Business Days
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Availability:
7 - 10 Business Days
Shipping:
Calculated at Checkout
Family:
ActivArmr
Cut Rating:
A4
Abrasion Rating:
3
Gauge:
13
Material:
Fiber glass
Material:
Modacrylic
Material:
Aramid
Color:
Green
Coating Color:
Black
Glove Coating:
Neoprene
Type:
Heat-Resist

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

Ansell ActivArmr™ 80-813 is a flame-resistant, cut-resistant industrial glove designed for demanding maintenance, utility, manufacturing, and sharp-material handling applications. It combines a 13-gauge knitted liner made with aramid, modacrylic, and fiberglass fibers with a black neoprene foam palm coating for improved grip in dry, wet, and oily conditions. The glove provides ANSI/ISEA A4 cut resistance, EN ISO Cut Level C performance, and manufacturer-documented arc-flash protection for qualified industrial applications.

Protection note: ActivArmr 80-813 combines cut resistance, flame-resistant materials, and arc-flash protection in one industrial glove. Ansell's current US documentation lists Arc Category 1 under ASTM F2675-22. Older documentation lists a different category; verify the rating of the supplied product before using it in an arc-flash PPE program.

Specifications:
  • Product: Ansell ActivArmr™ 80-813
  • Former Product Name: PowerFlex® 80-813
  • Glove Type: Cut-resistant, flame-resistant, arc-flash protective industrial glove
  • Gauge: 13-gauge knitted construction
  • Liner Material: Aramid, modacrylic, and fiberglass with INTERCEPT™ Cut Resistance Technology
  • Coating: Neoprene foam, palm coated
  • Color: Green liner with black coating
  • Cuff: Knitwrist
  • ANSI Cut Resistance: ANSI/ISEA 105-2024 Level A4
  • EN ISO Cut Resistance: Level C
  • EN 388:2016 + A1:2018: 2X42C
  • EN 407:2020: 412100
  • Flame Resistance: Manufacturer-listed compliance with CGSB 155.20-2000 FR requirements
  • Arc-Flash Protection: Current Ansell documentation lists Arc Category 1 under ASTM F2675-22; verify supplied-product documentation before selection
  • Latex: Latex-free
  • Silicone: Silicone-free
  • Sizes: 6, 7, 8, 9, 10, and 11
  • Length: 213-262 mm, depending on size
  • Packaging: 12 pairs/bag; 12 bags/case; 144 pairs/case
  • Ordering Options: Individual pair, 12-pair bag, or 144-pair case
Where ActivArmr 80-813 Fits in Industrial Safety Programs (and Why)

Industrial maintenance and production environments often expose workers to more than one hand hazard. Sharp sheet-metal edges, abrasive equipment surfaces, contaminated components, and potential flame or arc-flash exposures can occur within the same maintenance program. Selecting gloves for only one of these hazards can leave gaps in protection.

ActivArmr 80-813 addresses this combination through an engineered protective liner and a neoprene foam gripping surface. Its aramid-based yarn construction supports cut resistance and flame-resistant performance, while the palm coating helps operators maintain controlled handling of tools and components in dry, wet, and oily conditions.

Typical program fit: Facility maintenance, industrial equipment servicing, electrical maintenance support, metal handling, utilities, machinery operations, and applications involving sharp components or potential flash-flame exposure. Arc-flash use requires documented hazard assessment and confirmation that the specific glove meets the required protective rating.

Flame resistance, cut resistance, arc-flash protection, and electrical insulation are different performance characteristics. ActivArmr 80-813 is not a voltage-rated rubber insulating glove. Follow applicable NFPA 70E requirements, electrical safety procedures, and the manufacturer's current instructions before selecting this glove for electrical work.

About the Manufacturer: 

Ansell is an established manufacturer of industrial and specialty protective gloves. Its ActivArmr™ product family focuses on application-specific hand protection for workers facing mechanical, thermal, and electrical-related hazards in industrial environments.

The ActivArmr 80-813 combines a protective composite liner, INTERCEPT™ cut-resistant technology, and a neoprene palm coating to address challenging industrial handling conditions. SOSCleanroom supports Ansell customers with product sourcing, size and packaging selection, manufacturer documentation, and application-focused purchasing assistance.

ActivArmr 80-813 Features:
  • 13-gauge aramid-based composite knitted liner
  • INTERCEPT™ Cut Resistance Technology
  • ANSI/ISEA 105 Cut Level A4 and EN ISO Cut Level C
  • Manufacturer-documented flame-resistant materials
  • Arc-flash protection documented under ASTM F2675, subject to current product qualification
  • Black neoprene foam palm coating
  • Grip designed for dry, wet, and oily handling environments
  • Flexible knitwrist construction
  • Latex-free and silicone-free construction
ActivArmr 80-813 Benefits:
  • Advanced cut protection: ANSI A4 / EN ISO C performance helps reduce mechanical cut exposure when handling sharp-edged materials within the glove's tested limits.
  • Flame-resistant construction: Engineered protective yarns contribute to resistance against flame-related hazards in qualified applications.
  • Arc-flash protection: Designed for use in an appropriate arc-flash PPE program when the current product rating meets the documented exposure assessment.
  • Secure handling: Neoprene foam palm coating is designed to improve grip on dry, wet, and oily workpieces.
  • Dexterity: Flexible 13-gauge construction supports tool handling, equipment maintenance, and repetitive grasping tasks.
  • Reduced handling effort: More consistent grip can help reduce excessive gripping force during appropriate material-handling operations.
  • Multiple-hazard design: Combines tested cut, flame, and arc-related protective characteristics in one glove.
Common Applications:
  • Industrial machinery and equipment maintenance
  • Handling sharp metal components and fabricated parts
  • Electrical maintenance support under approved safety procedures
  • Operation and switching of electrical equipment when specifically permitted by the facility's PPE assessment
  • Inspection and servicing of de-energized electrical panels
  • Utilities and infrastructure maintenance
  • Mining, energy, and automotive maintenance operations
  • Work involving possible flash-flame or arc-flash exposure when the required protective rating is verified
Best-Practice Use:
  • Assess the hazards: Identify cut, abrasion, thermal, arc-flash, and electrical shock exposures before selecting hand protection.
  • Confirm the protective rating: For arc-flash applications, verify the manufacturer documentation applicable to the exact glove being supplied and the site's required incident-energy protection.
  • Select the proper size: Choose a fit that supports finger movement, grip, and tool control without excessive looseness.
  • Inspect before use: Check for cuts, holes, loose yarns, coating damage, contamination, and any evidence of thermal degradation.
  • Control oil contamination: The coating supports grip in oily conditions, but excessive oil, grease, or contamination can reduce performance and introduce additional hazards.
  • Replace damaged gloves: Remove gloves from service when their structural integrity or protective performance is in doubt.
  • Follow care instructions: Use manufacturer-approved cleaning and maintenance procedures; do not assume repeated washing preserves all certified performance indefinitely.
Selection Notes (ActivArmr 80-813 vs. Other Options)
  • ActivArmr 80-813 vs. standard cut-resistant gloves: 80-813 adds manufacturer-documented flame and arc-flash protective characteristics. Most general-purpose cut gloves should not be assumed to provide equivalent thermal or arc protection.
  • Neoprene vs. nitrile coatings: 80-813 uses neoprene foam. Coating selection affects grip, mechanical performance, and chemical compatibility; verify suitability for actual substances encountered.
  • Arc-flash vs. electrical insulation: Arc-rated gloves are not automatically voltage-insulating. Electrical shock protection requires separately rated equipment when applicable.
  • Industrial vs. cleanroom use: ActivArmr 80-813 is an industrial protective glove. No ISO cleanroom classification or sterile status is established by its listed industrial certifications.
  • Manufacturer documentation: Historical Ansell literature lists Arc Category 2 / ATPV 9.4 cal/cm² under ASTM F2675-13, whereas current manufacturer documentation lists Category 1 under ASTM F2675-22. Do not substitute one rating for the other without confirmation.
Link to Current Ansell Technical Datasheet: Click Here
Other Related Products Available From SOSCleanroom.com

Alternative Industrial Handling Gloves

  • Ansell HyFlex 11-561: Cut-resistant industrial handling gloves with a nitrile-based coating for qualified mechanical handling tasks.
  • Ansell HyFlex 11-735: Cut-resistant polyurethane-coated gloves for precision handling and assembly.
  • Ansell HyFlex 11-550: Abrasion-focused foam nitrile gloves for repetitive industrial handling.

Important: These related HyFlex models are presented as options for different industrial tasks. They are not direct replacements for ActivArmr 80-813 when flame resistance or arc-flash protection is required.

Recommended PPE Program Considerations for ActivArmr 80-813

Glove selection is one part of a comprehensive industrial safety program. When using ActivArmr 80-813, associated protective equipment must be selected according to the hazards present, the facility's written procedures, and the performance ratings applicable to the task.

SOSCleanroom Safety Recommendation: Where electrical shock, arc-flash, cut, and thermal hazards overlap, conduct a task-specific PPE assessment. Confirm whether separately rated rubber insulating gloves, leather protectors, arc-rated clothing, face protection, or other equipment is required. Do not treat ActivArmr 80-813 as a substitute for electrical insulation.

Additional Selection Considerations:

  • Electrical work: Follow site procedures and applicable NFPA 70E requirements, including shock and arc-flash hazard assessments.
  • Sharp material handling: Match the glove's ANSI/ISEA A4 cut performance to the actual edge and contact hazards.
  • Heat exposure: Review EN 407 performance and the manufacturer's limitations; avoid assuming unlimited temperature resistance.
  • General industrial work: Consider HyFlex 11-561 for separately assessed mechanical handling operations where arc or flame protection is not required.

Workflow note: Arc-flash protective performance does not establish voltage insulation, chemical resistance, or cleanroom suitability. Validate each requirement independently.

Notes: Looking for application guidance or qualification context for Ansell ActivArmr 80-813 cut and flame resistant gloves? Open the SOSCleanroom Technical Vault tab above for protection ratings, material construction, safety considerations, inspection guidelines, and documentation references.

SOSCleanroom.com supports critical-environment and industrial purchasing with protective equipment, competitive pricing, responsive customer service, and sourcing support from experienced product specialists.

Product page updated: Oct. 13, 2026 (SOS Technical Staff)

© 2026 Specialty Optical Systems, Inc. (dba SOSCleanroom). All rights reserved.

The Technical Vault By SOSCleanroom
ANSI Cut Level A4 EN ISO Cut Level C Flame Resistance Arc-Flash Protection Neoprene Foam Grip Industrial PPE
Ansell ActivArmr™ 80-813: engineered protection for cut, flame, and industrial handling hazards

Ansell ActivArmr™ 80-813 is a 13-gauge, cut-resistant and flame-resistant industrial glove engineered for work environments where mechanical hazards and potential thermal or arc-flash exposures must be addressed together. The glove combines an aramid-based composite knitted liner, incorporating modacrylic and fiberglass fibers, with a neoprene foam palm coating designed to maintain grip in dry, wet, and oily conditions.

Operations takeaway: ActivArmr 80-813 is most effective when selected through a documented task-specific PPE hazard assessment. Its tested cut resistance, flame-resistant construction, and arc-related characteristics must be matched to the actual work. The glove does not replace voltage-rated electrical insulation or a complete arc-flash PPE ensemble.

Industrial safety context: where cut and flame-resistant gloves fit in a PPE program

Industrial workers frequently encounter overlapping hazards. Equipment maintenance may involve sharp metal edges, abrasive surfaces, tools, residual heat, and electrical-related risks. Selecting gloves requires an understanding of the work being performed, the likely exposure, and the performance level necessary to reduce the identified hazard.

ActivArmr 80-813 is positioned for industrial maintenance, machinery servicing, sharp-material handling, and appropriately assessed electrical maintenance applications. Its construction addresses mechanical cut exposure while providing manufacturer-documented flame-resistant properties and arc-flash protective performance.

Control point: Cut-resistant, flame-resistant, arc-rated, and electrically insulating are not interchangeable classifications. A glove can provide protection against one hazard without meeting the requirements of another. Follow the applicable PPE selection process, including NFPA 70E requirements where relevant.

Specifications (SKU controls for RFQs, safety programs, and receiving)
  • Product: Ansell ActivArmr™ 80-813
  • Former Name: PowerFlex® 80-813
  • Product Category: Industrial cut-resistant and flame-resistant protective glove
  • Construction: 13-gauge knitted liner with palm-coated design
  • Liner Materials: Aramid, modacrylic, and fiberglass
  • Cut Resistance Technology: INTERCEPT™ Cut Resistance Technology
  • Coating Material: Neoprene foam
  • Coating Coverage: Palm coated
  • Liner Color: Green
  • Coating Color: Black
  • Cuff: Knitwrist
  • ANSI Cut Resistance: ANSI/ISEA 105-2024 Level A4
  • EN ISO Cut Resistance: Level C
  • Mechanical Protection: EN 388:2016 + A1:2018, 2X42C
  • Thermal Protection Marking: EN 407:2020, 412100
  • Flame Resistance: CGSB 155.20-2000 FR, as identified by Ansell
  • Arc-Flash Classification: Current manufacturer listing identifies Arc Category 1 under ASTM F2675-22; confirm documentation for the exact supplied configuration
  • Latex-Free: Yes
  • Silicone-Free: Yes
  • Sizes: 6, 7, 8, 9, 10, 11
  • Length: 213-262 mm (8.38-10.31 inches), depending on size
  • Packaging: 12 pairs/bag; 12 bags/carton; 144 pairs/carton

Documentation rule: For industrial safety programs, product acceptance must be based on the current manufacturer's documentation and the actual PPE being supplied. Arc-flash ratings are particularly important because historical Ansell documentation for 80-813 differs from the current US product listing.

Performance characteristics (manufacturer-published protective ratings)
  • ANSI/ISEA 105-2024 Cut Resistance: A4
  • ANSI Abrasion Rating: Level 3, as represented on the current manufacturer datasheet
  • ANSI Puncture Rating: Level 3, as represented on the current manufacturer datasheet
  • EN 388 Mechanical Protection: 2X42C
  • EN 388 Abrasion: Level 2
  • EN 388 Coupe Cut Test: X, meaning no applicable reported numerical result for this position
  • EN 388 Tear Resistance: Level 4
  • EN 388 Puncture Resistance: Level 2
  • EN ISO 13997 Cut Resistance: Level C
  • EN 407:2020 Thermal Marking: 412100
  • Flame-Resistant Materials: Manufacturer identifies compliance with CGSB 155.20-2000 FR
  • Arc-Flash Classification: Arc Category 1 per ASTM F2675-22 in the current Ansell US datasheet
  • Coating: Neoprene, with a soft foam construction designed for grip on dry, wet, and oily surfaces
  • Flexibility: 13-gauge knitted construction designed to balance protective performance with hand mobility

Rating interpretation: EN 388, EN 407, ANSI/ISEA cut ratings, and ASTM arc-flash classifications describe different test conditions. They are not interchangeable measures of protection. A higher score in one standard does not automatically mean better performance against another type of hazard.

Glove construction: why the protective liner and coating matter

The protective liner is central to the performance of ActivArmr 80-813. Ansell combines aramid, modacrylic, and fiberglass materials in a knitted construction that provides mechanical strength and supports flame-resistant behavior. Aramid fibers offer high strength and thermal stability, while the composite yarn structure contributes to the glove's documented cut performance.

The 13-gauge knit provides an engineering compromise between protective construction and flexibility. Rather than depending only on coating thickness, the glove derives important protective characteristics from its liner architecture.

Construction takeaway: The liner and coating serve different functions. The composite liner provides important cut and thermal protective characteristics, while the neoprene foam palm supports gripping performance. Damage to either component can compromise suitability for continued use.

Neoprene foam coating: grip, abrasion, and handling control

ActivArmr 80-813 uses a soft neoprene foam palm coating, not a conventional nitrile foam coating. Ansell positions this coating for enhanced gripping performance across dry, wet, and oily handling conditions.

In industrial environments, inconsistent grip increases the effort required to hold tools and components and can contribute to accidental slipping or poor positioning. A suitable gripping surface supports more controlled handling, particularly during equipment maintenance and repetitive material movement.

Coating selection note: Grip improvement does not establish chemical protection. Neoprene's performance against a particular oil, cleaner, solvent, or process chemical must be evaluated separately. These gloves should not be used as chemical-resistant PPE without suitable supporting documentation.

Arc-flash protection: why current manufacturer documentation matters

Electrical arc-flash events can release substantial thermal energy in a short period. Protective equipment must be selected to match the identified electrical hazard, expected exposure, and the applicable safety procedures. ASTM F2675 is used to evaluate arc-flash protective performance of hand-protective products.

Ansell's current US documentation identifies Arc Category 1 under ASTM F2675-22 for ActivArmr 80-813. Earlier Ansell literature, including a previously distributed US datasheet, identifies Category 2 with ATPV 9.4 cal/cm² under ASTM F2675-13. These different published ratings should not be treated as interchangeable.

  • Current manufacturer listing: Arc Category 1, ASTM F2675-22
  • Historical manufacturer documentation: Category 2, ATPV 9.4 cal/cm², ASTM F2675-13
  • Procurement control: Confirm the relevant rating with Ansell for the specific gloves being supplied before approving an arc-flash application
  • Electrical shock protection: The glove is not a replacement for appropriately rated rubber insulating gloves
  • Safety program: Apply facility procedures and applicable NFPA 70E requirements

Critical safety point: Do not use the historical Category 2 / ATPV value to qualify current or unidentified inventory without written manufacturer confirmation. Where the required rating is uncertain, obtain current test documentation and resolve the discrepancy before the glove is approved for use.

What ActivArmr 80-813 is designed to do (typical use cases)
  • Handle sharp metal components and fabricated industrial parts
  • Support machinery and equipment maintenance operations
  • Perform industrial inspection and maintenance involving cut hazards
  • Support de-energized electrical equipment maintenance under established safety procedures
  • Perform approved electrical equipment operation and switching tasks when suitable for the documented hazard
  • Provide protective handwear for certain flash-flame or arc-flash risk environments when the specific rating is verified
  • Support utilities, mining, energy, and automotive maintenance activities
  • Provide grip during dry, wet, and lightly oil-contaminated component handling

Application fit: ActivArmr 80-813 is intended for industrial protective use. It is not a sterile glove, a cleanroom-processed glove, a general-purpose chemical barrier, or an electrically insulating glove.

Best-practice use (reduce mechanical injury, glove failure, and handling risk)
  1. Identify the hazard: Determine whether the task involves sharp materials, abrasion, heat, flame, arc flash, electrical shock, chemicals, or multiple hazards.
  2. Confirm certification: Verify that the glove's current documentation meets the required protective performance, particularly for arc-flash applications.
  3. Choose the correct size: Select a glove that allows reliable tool handling without excessive looseness or restricted movement.
  4. Inspect before use: Look for damaged yarns, holes, coating wear, contamination, stiffness, and signs of exposure to excessive heat.
  5. Use controlled handling techniques: Avoid unnecessary contact with sharp edges and do not assume cut-resistant means cut-proof.
  6. Control wet and oily conditions: Use appropriate cleaning and handling procedures; replace gloves when contamination interferes with grip or protective performance.
  7. Maintain electrical safety: Use required insulation, protective clothing, face protection, and other equipment according to the electrical hazard assessment.
  8. Remove damaged gloves: Retire gloves that have suffered mechanical, thermal, or chemical damage or no longer meet the approved condition for use.
  9. Follow manufacturer care instructions: Confirm permitted laundering and cleaning procedures before reuse.

Method standardization tip: Document the glove model, protective rating, acceptable sizes, inspection criteria, contamination limits, and replacement triggers in the work instruction. For electrical work, also document required supplementary PPE and the applicable hazard assessment.

Misuse controls & when not to use ActivArmr 80-813
  • If voltage insulation is required: Do not use 80-813 as a substitute for correctly rated and tested rubber insulating gloves.
  • If the arc-flash exposure exceeds the verified rating: Select appropriately qualified arc-rated hand protection and follow the required PPE ensemble specification.
  • If the operation involves extreme or prolonged heat: Confirm temperature and exposure suitability. Flame resistance does not establish unlimited contact-heat protection.
  • If the operation presents severe cut hazards: Verify that ANSI A4 / EN ISO C provides sufficient protection; upgrade to the required performance level when necessary.
  • If chemical exposure is significant: Do not assume the neoprene foam palm provides the barrier performance of a dedicated chemical-protective glove.
  • If sterile or ISO-classified cleanroom use is required: Choose an appropriately processed and qualified cleanroom glove.
  • If the glove is damaged: Remove it from service rather than continuing to use it because its original certification remains printed on the product.
  • If rotating machinery presents entanglement risk: Follow equipment-specific safety procedures; wearing gloves near moving components may be prohibited for certain operations.
Related industrial glove options (hazard-aligned selection)

Not every operation requires flame-resistant or arc-rated gloves. Selecting the correct protective product means matching the glove to the actual hazards rather than automatically standardizing a single glove across every department.

Selection reminder: These related industrial gloves are not substitutes for ActivArmr 80-813 when specific flame or arc-flash protection is required. Confirm the manufacturer ratings for each model before approving a substitution.

Wear life, inspection, and replacement considerations

Service life depends on abrasion, sharp-edge exposure, handling frequency, contamination, mechanical stress, cleaning, and thermal events. No universal number of shifts or handling cycles establishes safe reuse for every application.

  • Liner damage: Cuts, broken yarns, holes, or changes in the knitted structure require evaluation and generally removal from service.
  • Coating wear: Peeling, missing material, excessive smoothing, or reduced grip indicates deterioration.
  • Thermal exposure: Charring, discoloration, stiffness, shrinkage, or other heat-related changes require immediate removal and review.
  • Chemical contamination: Oil or chemical exposure may affect grip, materials, and suitability for reuse.
  • Fit changes: Stretching, shrinkage, or loss of glove shape can interfere with safe handling.
  • Documentation: Follow employer replacement policies and manufacturer care instructions; do not assign an unsupported universal service life.

Inspection takeaway: A glove's original laboratory rating does not guarantee that a damaged or contaminated glove continues to provide the same protection. Condition-based inspection and documented replacement criteria are essential.

Why buy Ansell ActivArmr™ 80-813 from SOSCleanroom
  • Authorized Ansell sourcing: SOSCleanroom supports industrial and critical-environment customers with Ansell protective equipment and product selection assistance.
  • Configuration control: Order the required model, size, and packaging quantity to support consistent procurement and PPE standardization.
  • Manufacturer documentation: Obtain the latest product documentation when validating protective characteristics or supplier requirements.
  • Purchase flexibility: Available product configurations include individual pairs, 12-pair bags, and 144-pair cases.
  • One-cart industrial sourcing: SOSCleanroom also supplies other Ansell industrial gloves and related consumables for different departments and handling applications.
Manufacturer documentation (authoritative references)
  • SOSCleanroom ActivArmr 80-813 Product Page: Click Here
  • Current Ansell 80-813 Product Data Sheet: Click Here
  • Ansell Official ActivArmr 80-813 Product Information: Click Here

Documentation update notice: The previously hosted SOSCleanroom Ansell PDF references an older ASTM F2675-13 Category 2 classification, while current Ansell US documentation identifies ASTM F2675-22 Category 1. SOSCleanroom customers requiring arc-flash qualification should obtain manufacturer confirmation applicable to their supplied product before use. The current manufacturer datasheet is linked above.

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! Last reviewed: Oct. 13, 2026 (SOS Technical Staff) © 2026 SOSCleanroom. All rights reserved.