Technical Vault: Ansell ActivArmr® 97-002 Cut Resistant Industrial Gloves
The Ansell ActivArmr® 97-002 is a versatile cut-resistant safety glove engineered for workers who need ANSI A3 cut resistance, wet/dry grip, breathable comfort, dexterity, and secure wrist protection. It combines stainless steel and Kevlar® fibers, a foam nitrile palm coating, an 18-gauge ergonomic seamless knit construction, and an adjustable Velcro® cuff for metal handling, fastening, adjustment, repair, and fabrication applications.
This Technical Vault summarizes the verified construction, standards, material profile, cut/grip performance, application guidance, inspection points, storage notes, and use limitations for the ActivArmr® 97-002.
Vault summary: Stainless steel and Kevlar® fiber cut-resistant glove with foam nitrile palm coating, ANSI A3 cut resistance, ANSI level 4 abrasion resistance, ANSI level 2 puncture resistance, EN 388 4X21B performance, 18-gauge seamless knit construction, and adjustable Velcro® cuff.
Core Product Data
| Manufacturer |
Ansell |
| Brand / Product Family |
ActivArmr® |
| Model |
97-002 |
| Product Type |
Cut-resistant industrial glove with wet/dry grip and adjustable cuff |
| Primary Protection Profile |
Cut resistance, abrasion resistance, puncture resistance, wet/dry grip, dexterity, and mechanical handling protection |
| Featured Technology |
INTERCEPT™ |
| Primary Industries |
Automotive, food processing, metal fabrication, machinery and equipment |
Construction & Materials
| Construction |
Knitted, coated |
| Gauge |
18 gauge |
| Liner Material |
Nylon, stainless steel, spandex, Kevlar® |
| Liner Color |
Blue and black |
| Coating Material |
Nitrile |
| Coating Style |
Foam nitrile |
| Coating Coverage / Finishing |
Palm coated |
| Cuff Style |
Velcro® |
| Latex Free |
Yes |
| Silicone Free |
No |
| Antistatic |
No |
Dimensions, Sizing & Packaging
| Length |
226–269 mm / 8–10 in |
| Available Sizes |
9, 10, 11 |
| Packaging |
12 pairs/carton |
Performance Standards & Compliance
| ANSI/ISEA 105-2024 Abrasion Resistance |
Level 4 |
| ANSI/ISEA 105-2024 Puncture Resistance |
Level 2 |
| ANSI/ISEA 105-2024 Cut Resistance |
A3 |
| EN 388:2016 + A1:2018 |
4X21B |
| EN ISO 21420:2020 |
Compliant |
| CE Category |
Category II |
| Washing Temperature |
40°C / 104°F |
EN 388 rating note: The EN 388 code 4X21B indicates tested mechanical performance across abrasion, circular blade cut, tear, puncture, and ISO cut resistance categories. The “X” means the circular blade cut test is not reported or is not applicable for that position, so the ISO cut letter should be used for cut classification.
EN 388 Code Breakdown
| EN 388 Position |
Rating |
Performance Area |
| 1st digit |
4 |
Abrasion resistance |
| 2nd digit |
X |
Circular blade cut resistance not reported / not applicable in the code |
| 3rd digit |
2 |
Tear resistance |
| 4th digit |
1 |
Puncture resistance |
| Letter |
B |
ISO cut resistance classification |
ANSI Rating Interpretation
| ANSI Rating |
Practical Meaning |
| Cut Level A3 |
Moderate cut protection for metal handling, sheet handling, fastening, maintenance, and fabrication tasks where sharp-edge exposure is present but moving blade hazards are not. |
| Abrasion Level 4 |
Strong abrasion performance for repeated contact with panels, sheet metal, coils, tubes, tools, fasteners, and industrial components. |
| Puncture Level 2 |
Limited puncture protection for general mechanical hazards. Not intended for needle, hypodermic, or high-puncture exposure. |
Material & Grip Performance Profile
| Component |
Technical Role |
User Benefit |
| Stainless steel fibers |
High-strength cut-resistant liner reinforcement |
Improves protection against sharp metal edges and industrial components |
| Kevlar® fibers |
Cut-resistant aramid fiber reinforcement |
Supports cut protection with flexible hand movement |
| Foam nitrile palm coating |
Breathable grip coating on the primary contact zone |
Wet/dry grip with abrasion resistance and tactile control |
| 18-gauge seamless knit liner |
Fine-gauge ergonomic glove body |
Dexterity, comfort, and breathable feel during precision handling |
| Velcro® cuff |
Adjustable wrist closure |
Secure fit and improved debris control around the wrist |
Recommended Use Environments
| Application Area |
Why 97-002 Fits |
| Handling metal sheets and panels |
ANSI A3 cut resistance and EN ISO cut level B support protection during sharp-edge sheet handling. |
| Picking and fastening components |
18-gauge seamless knit design supports dexterity and tactile control. |
| Adjusting parts and systems |
Foam nitrile palm grip helps workers control parts in wet or dry conditions. |
| Equipment repair and maintenance |
Velcro® cuff helps secure the glove and reduce dirt/debris entry during service work. |
| Processing sheets, coils, and tubes |
Stainless steel and Kevlar® fibers help protect against sharp metal handling hazards. |
| Fabricating metal parts and glass sheets |
Cut resistance, grip, and abrasion performance support fabricated material handling when matched to the hazard assessment. |
Suitable For
- Handling metal sheets and panels
- Picking and fastening components
- Adjusting parts and systems
- Equipment repair and maintenance
- Adjusting systems and screwing
- Processing sheets, coils, and tubes
- Fabricating metal parts and glass sheets
- Automotive, food processing, metal fabrication, machinery, and equipment environments
- Applications requiring cut resistance, wet/dry grip, and adjustable wrist closure
Not Recommended For
- Chemical immersion or validated chemical breakthrough protection
- Hot-object handling, open flame, molten metal splash, or thermal protection applications
- Moving blade hazards or powered cutting tools
- Needle, hypodermic, or high-puncture hazards
- Electrical protection
- Heavy impact protection
- Oil-saturated handling where an oil-repellent or oil-resistant glove is required
- Sterile cleanroom processing unless separately validated for the controlled environment
Selection Guidance
Select the ActivArmr 97-002 when the job requires a glove that prioritizes cut resistance, foam nitrile grip, dexterity, breathable comfort, abrasion performance, and wrist security. It is best matched to metal fabrication, component adjustment, fastening, equipment repair, and sheet/coil/tube processing where workers need a secure cuff and a thin but protective cut-resistant glove.
| Choose 97-002 When You Need |
Consider Another Glove When You Need |
| ANSI A3 cut resistance for metal handling |
Higher ANSI cut levels for heavier sharp-edge or aggressive cut-force applications |
| Foam nitrile wet/dry grip with dexterity |
Full liquid barrier protection, chemical splash protection, or oil-repellent coating coverage |
| Adjustable Velcro® cuff for wrist security |
Simple knitwrist design for fast donning or lower-profile cuff needs |
| Thin, breathable cut-resistant construction |
Thermal, electrical, impact, sterile, or cleanroom-specific glove requirements |
Inspection Before Use
- Inspect the foam nitrile palm coating for cracks, peeling, worn-through areas, cuts, or loss of grip texture.
- Check fingertips, thumb crotch, palm, and high-contact areas for abrasion damage or punctures.
- Confirm the Velcro® cuff closes securely and is not clogged, torn, or detached.
- Check the liner for exposed fibers, holes, stretching, or contamination.
- Do not use gloves contaminated with unknown chemicals, oils, greases, or incompatible substances.
- Replace gloves when coating integrity, cuff security, cut protection, or grip performance is visibly compromised.
Storage & Handling Notes
- Store gloves in a clean, dry location away from excessive heat, direct sunlight, ozone, and sharp objects.
- Keep gloves away from incompatible chemicals unless separately evaluated for that exposure.
- Avoid crushing, folding, or contaminating the foam nitrile palm coating during storage.
- Keep Velcro® cuff areas free of heavy debris so the closure remains secure.
- Use clean, dry hands when donning gloves to maintain liner comfort and reduce contamination transfer.
- Follow site PPE procedures for laundering, reuse, inspection, and disposal.
Cleanroom & Controlled Environment Note
The ActivArmr 97-002 is an industrial safety glove, not a sterile cleanroom glove. For controlled environments, evaluate the glove against the site’s particulate, extractable, contamination, packaging, laundering, cuff material, and gowning requirements before approval. Use cleanroom-qualified gloves when the process requires validated low-particle, sterile, or cleanroom-specific hand protection.
Technical FAQs
What is the cut level of the ActivArmr 97-002?
The glove is rated ANSI Cut Level A3 and carries an EN 388 4X21B rating for mechanical protection.
What materials provide the cut resistance?
The liner uses stainless steel, Kevlar®, nylon, and spandex. Stainless steel and Kevlar® fibers provide the primary cut-resistant reinforcement.
Is the glove palm coated?
Yes. The ActivArmr 97-002 is foam nitrile palm coated, supporting wet/dry grip while preserving breathability and dexterity.
Does this glove have a knitwrist cuff?
No. The ActivArmr 97-002 uses an adjustable Velcro® cuff for a secure wrist fit and improved debris control.
Is the glove latex free?
Yes. Ansell lists the ActivArmr 97-002 as latex free.
Is the glove silicone free or antistatic?
No. Ansell lists the ActivArmr 97-002 as not silicone free and not antistatic.
Critical Use Limitations
The ActivArmr 97-002 is designed for cut-resistant mechanical hand protection. It is not intended for chemical immersion, electrical protection, thermal protection, flame exposure, molten metal splash, moving blade hazards, high cut-force hazards beyond its rating, or needle puncture protection. Final glove selection should be based on a documented hazard assessment, including edge sharpness, contact force, abrasion exposure, puncture exposure, grip requirements, wrist closure requirements, contamination risks, coating condition, and replacement frequency.
Technical insight: Cut-resistant glove performance is not defined by cut level alone; coating grip, liner construction, cuff security, abrasion exposure, puncture risk, and the exact shape and sharpness of handled materials all affect safe glove selection.
Product page updated: Mar. 2026 (SOS Technical Staff)
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