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Ansell ActivArmr 70-761 Cut and Heat Resistant Industrial Gloves

Ansell ActivArmr 70-761 Cut and Heat Resistant Industrial Gloves

$938.70
SKU: 70-761 7 - 10 Business Days
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Availability:
7 - 10 Business Days
Shipping:
Calculated at Checkout
Family:
ActivArmr
Cut Rating:
A4
Abrasion Rating:
2
Gauge:
10
Material:
Aramid
Material:
Polycotton
Material:
Para-aramid
Color:
Grey
Type:
Heat-Resist

 

Ansell ActivArmr™ 70-761 Cut and Heat Resistant Industrial Gloves - SOSCleanroom Standard Specification

Ansell ActivArmr™ 70-761, formerly known as Vantage® 70-761, is a 10-gauge industrial protective glove engineered for handling sharp metal components, rough materials, and moderately heated workpieces. Its knitted aramid, polycotton, and para-aramid liner delivers ANSI/ISEA Cut Level A4 and EN ISO Cut Level D performance, while a reinforced 100% Kevlar™ thumb crotch provides additional durability at a common high-wear location.

The glove also provides EN 407 Level 1 contact-heat resistance, making it a candidate for appropriately assessed industrial tasks involving brief contact with warm components. Its flexible knitted construction supports grasping, component positioning, and repetitive material handling.

Selection note: ActivArmr 70-761 combines ANSI A4 cut resistance, EN ISO D cut performance, and limited contact-heat protection. It is an uncoated knitted glove, not a liquid-resistant or electrically insulating glove. Select it only when its documented mechanical and thermal performance meets the task's hazard assessment.

Specifications:
  • Manufacturer: Ansell
  • Product: ActivArmr™ 70-761
  • Former Name: Vantage® 70-761
  • Product Category: Cut-resistant industrial glove with limited contact-heat protection
  • Construction: 10-gauge knitted glove
  • Liner Material: Aramid, polycotton, and para-aramid
  • Fiber Technology: Engineered blend incorporating DuPont™ Kevlar™ fibers
  • Thumb-Crotch Reinforcement: 100% Kevlar™
  • Coating: Uncoated knitted construction
  • Color: Gray
  • Cuff: Knitwrist
  • ANSI Cut Resistance: ANSI/ISEA 105-2024 Level A4
  • EN ISO Cut Resistance: Level D
  • Mechanical Protection: EN 388:2016 + A1:2018, 1X4XD
  • ANSI Abrasion Resistance: Level 2
  • ANSI Puncture Resistance: X (not reported)
  • Thermal Protection: EN 407:2020, X1XXXX
  • Contact-Heat Performance: Level 1 under EN 407 standardized testing
  • General Glove Standard: EN ISO 21420:2020
  • European PPE Classification: Category II
  • REACH: Manufacturer-listed compliance
  • Antistatic: No, according to Ansell
  • Silicone-Free: No, according to Ansell
  • Available Sizes: 6, 7, 8, 9, 10, and 11
  • Length: 225-275 mm (8.86-10.82 inches), depending on size
  • Manufacturer Packaging: 12 pairs/bag; 6 bags/carton; 72 pairs/carton
  • SOSCleanroom Ordering Option: 72-pair case
  • Manufacturer Washing Temperature: 40°C (104°F); follow current instructions for use
  • Primary Industries: Automotive manufacturing and metal fabrication
Where ActivArmr 70-761 Fits in Industrial Safety Programs (and Why)

Metal fabrication, automotive production, and structural component handling frequently expose workers to unfinished edges, abrasive materials, and localized mechanical stresses. Some operations also involve warm components or work near equipment that generates heat. These environments require task-specific hand protection that balances cut resistance, thermal performance, and sufficient dexterity for controlled handling.

ActivArmr 70-761 uses a protective composite yarn structure to achieve ANSI A4 / EN ISO D cut resistance. Its knitted construction conforms to the hand, while reinforced Kevlar™ fibers in the thumb crotch add protection where repetitive gripping can produce concentrated wear.

Typical program fit: Handling metal sheets and panels, automotive chassis assembly, body trimming, manipulation of sharp or rough components, structural-part handling, and certain fabrication or foundry-support activities where the documented cut and contact-heat ratings satisfy the hazard assessment.

Important limitation: EN 407 Level 1 contact heat is not unrestricted heat protection. The glove is not automatically suitable for direct flame, molten-metal splash, sustained hot-object handling, or welding solely because it contains heat-resistant aramid fibers.

About the Manufacturer:

Ansell develops industrial, medical, and specialty protective equipment for workplaces with mechanical, chemical, thermal, and other occupational hazards. Its ActivArmr™ family includes task-specific gloves and sleeves designed for more demanding industrial protection requirements.

ActivArmr 70-761 combines an engineered cut-resistant yarn blend with Kevlar™ thumb-crotch reinforcement and limited contact-heat protection. SOSCleanroom supplies Ansell protective equipment with support for product selection, manufacturer documentation, purchasing configurations, and recurring industrial demand.

ActivArmr 70-761 Features:
  • 10-gauge protective knitted construction
  • Aramid, polycotton, and para-aramid liner
  • Engineered fiber blend incorporating Kevlar™
  • 100% Kevlar™ reinforced thumb crotch
  • ANSI/ISEA 105-2024 Cut Level A4
  • EN ISO 13997 Cut Level D
  • EN 388 mechanical protection rating of 1X4XD
  • EN 407:2020 Level 1 contact-heat resistance
  • EN 388 Tear Resistance Level 4
  • Flexible knitwrist construction
  • Uncoated knitted design for applicable dry industrial handling
  • Manufacturer-listed Category II PPE classification
ActivArmr 70-761 Benefits:
  • Cut protection: ANSI A4 / EN ISO D performance helps protect against appropriate sharp-edge hazards when the glove is correctly selected and used.
  • Reinforced high-wear area: The Kevlar™ thumb crotch provides additional durability where gripping and component handling produce repeated friction.
  • Moderate contact-heat resistance: EN 407 Level 1 performance supports selected short-duration contact-heat tasks within the manufacturer's limits.
  • Tear resistance: EN 388 Level 4 tear performance contributes to resistance against mechanical damage under standardized testing.
  • Flexible handling: The 10-gauge knitted structure allows finger movement for material handling and component positioning.
  • Comfort-focused construction: The ergonomic knitted design is intended to conform to hand contours during repetitive work.
  • Industrial versatility: Combines mechanical cut protection and limited thermal performance in one glove for appropriately assessed workflows.
Common Applications:
  • Handling sheet metal and fabricated metal panels
  • Handling components with sharp or rough edges
  • Automotive chassis assembly and body trimming
  • Manipulating structural parts and fabricated components
  • Handling rough blocks and cylinders
  • Positioning and finishing industrial structural parts
  • Metal fabrication and manufacturing support
  • Industrial maintenance involving assessed cut hazards
  • Selected foundry-support tasks with appropriate supplementary PPE
  • Handling warm industrial parts within the glove's documented contact-heat limits

Application qualification: Ansell lists welding and foundry environments among possible applications. This does not independently establish certification as a welding glove or suitability for direct flame, molten metal, or unrestricted high-temperature exposure.

Best-Practice Use:
  • Assess the work: Identify cut, abrasion, puncture, contact heat, flame, chemical, and machinery hazards before selecting gloves.
  • Verify cut protection: Confirm that ANSI A4 / EN ISO D satisfies the severity of the edge and cutting forces involved.
  • Assess thermal exposure: Use EN 407 Level 1 only for tasks where the manufacturer's limitations and the documented heat exposure are compatible.
  • Select the correct size: Choose a snug, comfortable fit that supports secure material handling.
  • Inspect the thumb crotch: Check the reinforced region for abrasion, cuts, broken fibers, or deterioration.
  • Inspect the full liner: Look for holes, exposed damaged yarns, contamination, or evidence of excessive heat.
  • Keep gloves dry when required: Moisture and other contamination can change grip and heat-transfer characteristics.
  • Use approved handling methods: Do not rely on the glove as a substitute for tools, guards, or safe work procedures.
  • Follow manufacturer cleaning guidance: Ansell lists a washing temperature of 40°C; follow the current instructions before laundering.
  • Replace compromised gloves: Remove gloves from service when liner damage, thermal damage, poor fit, or contamination affects suitability.
Selection Notes (ActivArmr 70-761 vs. Other Options)
  • 70-761 vs. ActivArmr 70-765: Both are cut-resistant industrial gloves for selected heat-related handling tasks, but 70-765 incorporates leather reinforcement. Compare the current manufacturer ratings and grip requirements before substitution.
  • 70-761 vs. ActivArmr 80-600: The 80-600 uses a raised crinkle natural rubber latex palm coating for wet/dry gripping applications. Its protective ratings and latex-related considerations differ from the uncoated 70-761.
  • 70-761 vs. ActivArmr 80-813: The 80-813 is a different protective design incorporating a neoprene foam palm coating and manufacturer-documented flame/arc-related characteristics. Verify the precise rating before use in electrical or thermal hazard programs.
  • 70-761 vs. HyFlex 11-735: HyFlex 11-735 is a polyurethane-coated ANSI A4 / EN ISO C glove designed for mechanical handling. It does not provide the same documented contact-heat profile as 70-761.
  • Industrial vs. cleanroom use: ActivArmr 70-761 is an industrial protective glove. The documented mechanical and thermal ratings do not establish ISO cleanroom suitability, cleanroom laundering, or sterility.
Link to Ansell Technical Datasheet: Click Here
Other Similar Products Available From SOSCleanroom.com

Cut and Heat Resistant Industrial Gloves

  • ActivArmr 70-765 - leather-reinforced cut-resistant industrial glove for assessed mechanical and thermal handling tasks.
  • ActivArmr 80-600 - latex-coated industrial glove offering a different grip and contact-heat protection profile.
  • ActivArmr 80-813 - cut- and flame-resistant design for separately qualified industrial hazards.

Alternative Cut Resistant Handling Gloves

  • HyFlex 11-735 - polyurethane-coated ANSI A4 / EN ISO C glove for precision-oriented industrial handling.

Product selection note: These gloves differ in cut resistance, coating, heat performance, and intended applications. Confirm current manufacturer documentation before approving replacements or substitutions.

Recommended Industrial Glove Pairings for ActivArmr 70-761

Industrial facilities often need more than one glove configuration across fabrication, equipment maintenance, material handling, and operations involving warm workpieces. Select each model according to its documented hazard protection rather than standardizing one glove for every task.

SOSCleanroom Recommended Companion Option: Ansell ActivArmr 70-765 Leather-Reinforced Gloves

For facilities that also require a leather-reinforced palm configuration, ActivArmr 70-765 provides an alternative construction for separately assessed industrial tasks. The two models should not be treated as equivalent without comparing current protective ratings.

Workflow note: Cut protection, tear resistance, contact heat, grip, chemical exposure, and flame hazards are separate PPE selection requirements. Verify each against the work being performed.

Notes: For additional technical guidance on Ansell ActivArmr 70-761, review the SOSCleanroom Technical Vault tab for performance ratings, engineered yarn construction, Kevlar™ reinforcement, contact-heat considerations, inspection procedures, related gloves, and manufacturer documentation.

SOSCleanroom.com supports industrial and critical-environment purchasing with protective equipment sourcing, technical assistance, and manufacturer documentation support.

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 D EN 388: 1X4XD EN 407 Contact Heat Level 1 Kevlar™ Reinforcement 10-Gauge Knit Industrial PPE
Ansell ActivArmr™ 70-761: engineered cut protection and limited contact-heat resistance

Ansell ActivArmr™ 70-761, previously known as Vantage® 70-761, is a 10-gauge industrial cut-resistant glove constructed from an engineered blend of aramid, polycotton, and para-aramid fibers. It combines ANSI/ISEA Cut Level A4, EN ISO Cut Level D, and EN 407 Level 1 contact-heat performance with a reinforced 100% Kevlar™ thumb crotch for added durability in an area exposed to repetitive gripping stresses.

Operations takeaway: ActivArmr 70-761 is a protective knitted industrial glove intended for applications where cut hazards and limited contact-heat exposure may occur together. It is not a coated grip glove, a chemical barrier glove, or a general-purpose welding glove. The protective ratings must match a documented workplace hazard assessment.

Industrial safety context: managing cut and thermal hazards at the same workstation

Industrial workstations may expose workers to sharp metal edges, abrasive surfaces, rough structural components, and elevated temperatures. Metal fabrication and automotive manufacturing are common examples. The correct glove must be evaluated against all relevant hazards, including cutting forces, tearing, surface wear, heat transfer, grip, and contamination.

A glove that performs well in a blade-cut test may offer different protection against puncture, abrasion, or heat. Similarly, a contact-heat rating does not establish resistance to open flame or molten-metal exposure.

ActivArmr 70-761 uses a protective aramid-based yarn blend and reinforced thumb-crotch construction to support industrial mechanical protection. Its EN 407 Level 1 rating provides a separate, limited indication of contact-heat performance.

Control point: The glove's tested ANSI, EN 388, and EN 407 classifications describe different protective properties. None of these standards eliminates the need to assess the workpiece, contact force, exposure duration, equipment hazards, or required supplementary PPE.

Specifications (SKU controls for RFQs, safety programs, and receiving)
  • Manufacturer: Ansell
  • Product: ActivArmr™ 70-761
  • Former Name: Vantage® 70-761
  • Product Category: Cut-resistant industrial glove with limited contact-heat protection
  • Construction: Knitted, uncoated
  • Gauge: 10-gauge
  • Liner Materials: Aramid, polycotton, para-aramid
  • Additional Fiber Description: Ansell identifies a blend incorporating DuPont™ Kevlar™, nylon, and acrylic
  • Thumb-Crotch Reinforcement: 100% Kevlar™
  • Liner Color: Gray
  • Coating Material: None; uncoated knitted construction
  • Cuff: Knitwrist
  • ANSI Cut Resistance: ANSI/ISEA 105-2024 Level A4
  • ANSI Abrasion Resistance: Level 2
  • ANSI Puncture Resistance: X / no reported rating
  • EN ISO 13997 Cut Resistance: Level D
  • EN 388:2016 + A1:2018: 1X4XD
  • EN 407:2020: X1XXXX
  • Contact-Heat Classification: Level 1
  • General Glove Standard: EN ISO 21420:2020
  • European PPE Classification: Category II
  • REACH: Manufacturer-listed compliance
  • Antistatic: No
  • Silicone-Free: No
  • Sizes: 6, 7, 8, 9, 10, 11
  • Length: 225-275 mm (8.86-10.82 inches)
  • Manufacturer Packaging: 12 pairs/bag; 6 bags/carton
  • Case Quantity: 72 pairs/carton
  • SOSCleanroom Ordering: 72-pair case
  • Washing Temperature: 40°C (104°F), subject to current instructions
  • Primary Industries: Automotive and metal fabrication

Documentation rule: Current Ansell documentation identifies ANSI A4 cut protection, not A5. It also identifies EN 388 1X4XD, EN 407 X1XXXX, and 72 pairs/carton. Purchasing specifications, safety documentation, and older distributor descriptions should be updated accordingly.

Performance characteristics (manufacturer-published protective ratings)
  • ANSI/ISEA 105-2024 Cut Resistance: A4
  • ANSI/ISEA 105 Abrasion Resistance: Level 2
  • ANSI/ISEA 105 Puncture Resistance: X, no performance level reported
  • EN 388:2016 + A1:2018: 1X4XD
  • EN 388 Abrasion Resistance: Level 1
  • EN 388 Coupe Cut Test: X, no numerical result reported
  • EN 388 Tear Resistance: Level 4
  • EN 388 Puncture Resistance: X, no reported classification
  • EN ISO 13997 Cut Resistance: Level D
  • EN 407:2020: X1XXXX
  • EN 407 Contact Heat: Level 1
  • Protective Fibers: Engineered aramid-based composite yarn blend
  • Thumb Reinforcement: 100% Kevlar™ in the thumb-crotch region
  • Construction: Uncoated 10-gauge knitted glove

Performance interpretation: ANSI A4 cut resistance and EN ISO D cut resistance are reported under different classification systems. ANSI Abrasion Level 2 and EN 388 Abrasion Level 1 also use different test methods. An X in the EN 388 code does not mean zero protection; it indicates that no numerical performance classification is reported for that position.

Understanding ANSI Cut Level A4 and EN ISO Cut Level D

ANSI/ISEA 105 cut testing evaluates the resistance of glove material to cutting under controlled laboratory conditions. The modern ANSI A1-A9 scale groups results according to the force needed to cut through the tested material.

  • ANSI A4: A standardized cutting-force classification of 1,500 to less than 2,200 grams-force
  • ANSI A5: The next higher classification, beginning at 2,200 grams-force; not the published classification for 70-761
  • EN ISO D: A separate cut-resistance classification under the EN ISO 13997 test method
  • Workplace relevance: Selection depends on blade characteristics, applied force, contact direction, task repetition, and glove condition

ActivArmr 70-761 is documented as ANSI A4 / EN ISO D. Although both standards describe cut resistance, their classification systems are not directly interchangeable.

Safety interpretation: Cut resistance is not the same as cut-proof construction. The glove does not guarantee protection against powered cutting tools, every sharp blade, all glass edges, or high-force puncture hazards. The task assessment determines whether the published performance is sufficient.

Understanding EN 388 1X4XD: abrasion, tear, and cut behavior

The EN 388 marking 1X4XD provides a more detailed mechanical performance profile than a general description such as "heavy-duty cut resistant."

  • First position - 1: Abrasion resistance, Level 1
  • Second position - X: Coupe blade cut test result not reported as a numerical performance level
  • Third position - 4: Tear resistance, Level 4
  • Fourth position - X: Puncture test performance not reported
  • Fifth position - D: EN ISO 13997 cut resistance, Level D

These results indicate a glove with documented cut and tear resistance, but they should not be used to assume high abrasion or puncture protection. The uncoated knitted surface has different wear and grip characteristics from nitrile-, latex-, or polyurethane-coated industrial gloves.

Selection takeaway: Do not describe 70-761 as a high-abrasion or high-puncture glove solely because of its ANSI A4 cut classification. Mechanical protection should be selected using the individual published test ratings.

Engineered liner construction: aramid, polycotton, and para-aramid fibers

The 10-gauge liner is constructed from an engineered combination of aramid, polycotton, and para-aramid materials. Ansell also describes the fiber blend as incorporating DuPont™ Kevlar™, nylon, and acrylic.

Aramid fibers are used in protective textiles because of their strength and thermal stability. The yarn structure, knit density, material combination, and overall construction contribute to how a glove responds to cutting forces and repeated mechanical stress.

The knitted construction also provides flexibility, allowing the glove to move with the hand during component positioning and material handling. However, an engineered fiber blend does not eliminate the need for task-specific protective ratings.

Construction takeaway: The glove's protective performance comes from the complete tested construction rather than an individual fiber alone. The use of Kevlar™ does not independently establish a particular ANSI cut rating, thermal rating, flame classification, or service life.

100% Kevlar™ thumb-crotch reinforcement: protecting a critical wear zone

The region between the thumb and index finger experiences concentrated stress during gripping, tool use, and movement of metal components. Repeated friction in this area can accelerate glove wear and potentially compromise the liner.

ActivArmr 70-761 includes a reinforced thumb crotch made from 100% Kevlar™. This added reinforcement is intended to improve durability and provide extra protection at a common mechanical stress point.

  • Primary wear location: Between the thumb and index finger
  • Material: 100% Kevlar™ reinforcement
  • Typical stress: Repeated gripping, friction, and component handling
  • Inspection focus: Check for thinning, fiber damage, tearing, and compromised reinforcement

Inspection point: Reinforcement helps address a vulnerable area but does not make the glove immune to wear. Visible damage to the thumb-crotch reinforcement should trigger removal from service under the facility's inspection criteria.

Limited contact-heat protection: interpreting EN 407 X1XXXX

ActivArmr 70-761 has an EN 407:2020 rating of X1XXXX. The second position corresponds to Level 1 contact-heat performance, which is evaluated under standardized conditions. Level 1 involves a contact-temperature test at 100°C (212°F) with defined performance requirements.

This laboratory classification should not be interpreted as permission to handle every object at 100°C or to maintain contact for any chosen duration. Actual heat transfer depends on contact pressure, exposure time, material conductivity, moisture, object geometry, and glove condition.

  • Published Rating: EN 407 X1XXXX
  • Reported Thermal Protection: Contact heat, Level 1
  • Direct Flame Protection: Not established by the X1XXXX marking
  • Convective Heat: No numerical performance reported
  • Radiant Heat: No numerical performance reported
  • Molten Metal Splash: No numerical performance reported
  • Welding Suitability: Requires separate task-specific assessment and appropriate protective equipment

Thermal safety reminder: Heat resistance is not the same as flame resistance, welding certification, or arc-flash protection. Do not rely on ActivArmr 70-761 as primary protection against sustained high temperatures, direct flame, molten-metal splash, or electrical arc hazards without separate qualification.

What ActivArmr 70-761 is designed to do (typical use cases)
  • Handle metal sheets and panels
  • Handle fabricated parts with sharp or rough edges
  • Support automotive chassis assembly and body trimming
  • Manipulate rough blocks and cylinders
  • Position structural components during fabrication
  • Handle components during finishing and assembly operations
  • Perform suitable metalworking and fabrication-support tasks
  • Support selected foundry-adjacent handling operations when thermal hazards are adequately controlled
  • Handle moderately heated materials where Level 1 contact-heat performance is sufficient
  • Perform general industrial maintenance involving appropriately assessed mechanical hazards

Application fit: Ansell includes welding and foundry operations among its suggested applications. Those listings do not mean the glove is certified as a welding glove, suitable for direct flame exposure, or appropriate for molten-metal protection without further documentation and assessment.

Best-practice use (reduce cut exposure, thermal injury, and premature glove failure)
  1. Conduct a hazard assessment: Identify sharp-edge, tear, abrasion, puncture, contact-heat, flame, and machinery-related exposures.
  2. Confirm the cut rating: Ensure ANSI A4 / EN ISO D protection is appropriate for the specific materials, cutting forces, and handling methods.
  3. Confirm heat requirements: Compare anticipated object temperatures, contact times, and other conditions with the manufacturer's EN 407 limitations.
  4. Select the correct size: Choose a glove that provides comfortable movement and secure handling.
  5. Inspect the liner: Check for damaged yarns, cuts, holes, contamination, and structural changes.
  6. Inspect the thumb reinforcement: Pay particular attention to the region between the thumb and index finger.
  7. Monitor thermal damage: Look for charring, shrinkage, discoloration, stiffness, or other changes following heat exposure.
  8. Use appropriate tools and guards: Do not substitute PPE for safe equipment design or work procedures.
  9. Control contamination: Wet, oily, or chemically contaminated gloves may have different gripping and thermal behavior.
  10. Follow manufacturer care instructions: Confirm approved washing and drying methods before cleaning or reuse.
  11. Replace compromised gloves: Retire gloves when they no longer meet the facility's inspection and acceptance criteria.

Method standardization tip: Include the glove model, ANSI A4 / EN ISO D ratings, permitted thermal exposures, accepted sizes, inspection procedures, and change-out criteria in workstation instructions. Document any additional PPE required for higher thermal or mechanical hazards.

Misuse controls & when not to use ActivArmr 70-761
  • If ANSI A5 or higher cut protection is required: ActivArmr 70-761 is ANSI A4 and should not be represented as A5.
  • If high abrasion resistance is necessary: Evaluate a glove with appropriately documented abrasion performance instead of assuming the uncoated 70-761 has a high abrasion rating.
  • If puncture protection is critical: The current ANSI and EN ratings do not report a numerical puncture classification for this glove.
  • If prolonged or high-temperature contact is required: EN 407 Level 1 may be insufficient; choose appropriately rated thermal protection.
  • If flame or molten-metal exposure is possible: Use separately qualified PPE for the identified hazard.
  • If chemical or liquid exposure requires a barrier: The knitted construction is not a chemical-resistant or liquidproof barrier glove.
  • If electrically energized equipment presents shock hazards: The glove is not voltage-rated electrical insulation.
  • If ESD control is required: Ansell lists the product as not antistatic. Select properly qualified equipment.
  • If silicone restrictions apply: Ansell does not identify the glove as silicone-free; verify suitability before use.
  • If sterile or ISO-classified cleanroom use is required: Choose gloves documented for the required cleanliness or sterility.
  • If rotating machinery presents entanglement hazards: Follow equipment-specific safety rules and restrictions on glove use.
  • If the glove becomes damaged: Remove it from service rather than relying on the original laboratory ratings.
Recommended industrial glove pairings (hazard-aligned selection)

Facilities managing multiple mechanical and thermal hazards may need different protective gloves across fabrication, maintenance, assembly, and equipment operations. The most appropriate glove depends on cut and tear ratings, contact-heat performance, grip requirements, and the handling environment.

Why this matters: A high cut rating does not automatically establish heat, chemical, abrasion, or electrical protection. Compare the current manufacturer ratings of each model before approving substitutions.

Wear life, inspection, and replacement considerations

The useful life of ActivArmr 70-761 depends on the types of materials handled, sharp-edge exposure, friction, contact pressure, thermal exposure, contamination, and cleaning practices. Neither its ANSI A4 classification nor its Kevlar™ reinforcement establishes a universal number of safe handling cycles.

  • Liner wear: Inspect for holes, broken fibers, stretching, or damaged knitted material.
  • Thumb-crotch wear: Examine the Kevlar™ reinforcement for thinning, cuts, or structural damage.
  • Fingertip damage: Monitor areas repeatedly exposed to sharp edges or rough components.
  • Thermal degradation: Look for changes in color, texture, flexibility, or structural integrity after heat exposure.
  • Tear damage: Remove gloves with visible tears or compromised yarn structures.
  • Contamination: Moisture, oil, grease, and chemical residues may change gripping and heat-transfer behavior.
  • Fit changes: Replace gloves that have become distorted, excessively stretched, or loose.
  • Cleaning: Follow the current manufacturer instructions and inspect after permitted washing.
  • Replacement criteria: Use task-specific inspection limits rather than assuming an unsupported fixed service life.

Inspection takeaway: Kevlar™ reinforcement and cut-resistant yarns are protective components, not guarantees of indefinite service life. Damaged gloves should not be assumed to maintain their original tested performance.

Why buy Ansell ActivArmr™ 70-761 from SOSCleanroom
  • Authorized Ansell sourcing: SOSCleanroom supplies Ansell industrial protective gloves with purchasing and product-selection support.
  • Correct model control: Specify the exact ActivArmr 70-761 model rather than substituting an unrelated cut- or heat-resistant glove.
  • Size selection: Order from the manufacturer's available sizes 6-11.
  • Case purchasing: SOSCleanroom lists a 72-pair case configuration, consistent with Ansell's packaging specification.
  • Manufacturer documentation: Access current ANSI, EN 388, and EN 407 performance information for product evaluation.
  • Application assistance: Compare related ActivArmr and HyFlex gloves by cut rating, reinforcement, coating, and thermal performance.
  • Centralized procurement: Source industrial gloves and other protective equipment through SOSCleanroom for ongoing operational needs.
Manufacturer documentation (authoritative references)
  • SOSCleanroom ActivArmr 70-761 Product Page: Click Here
  • Ansell ActivArmr 70-761 Product Data Sheet: Click Here
  • Ansell Official ActivArmr 70-761 Product Information: Click Here

Documentation update notice: The current Ansell product information identifies ActivArmr 70-761 as an ANSI A4 / EN ISO D cut-resistant glove with EN 388 1X4XD and EN 407 X1XXXX. The glove incorporates a 100% Kevlar™ reinforced thumb crotch and is packaged 72 pairs per carton. Older SOSCleanroom content listing ANSI A5 is incorrect for the current manufacturer specification and should be replaced. Verify the supplied-product documentation for formal PPE approval.

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.