ANSI A1
ANSI A1 is a light cut resistance level for low-risk handling tasks.
Example: A1 may fit light material handling where sharp edges are not the main hazard.
Glossary
Plain-language definitions for cut resistance, standards, materials, coatings, glove construction, and procurement terms.
ANSI A1 is a light cut resistance level for low-risk handling tasks.
Example: A1 may fit light material handling where sharp edges are not the main hazard.
ANSI A2 is a low cut resistance level used for light industrial tasks.
Example: A2 can fit packaging or parts handling with limited cut exposure.
ANSI A3 is a moderate-light cut resistance level for general handling tasks.
Example: A3 can be considered when workers face occasional light sharp-edge contact.
ANSI A4 is a common industrial cut level for moderate cut hazards where dexterity still matters.
Example: A4 is often evaluated for automotive, maintenance, construction, and material handling work.
ANSI A5 is a mid-range cut level for applications that need more protection than A4.
Example: A5 can fit tougher sharp-edge handling where comfort remains important.
ANSI A6 is a higher cut level used where sharp materials or injury history justify added protection.
Example: A6 may be considered for heavier metal, glass, or fabrication tasks.
ANSI A7 is a high cut resistance level for severe industrial cut hazards.
Example: A7 can fit high-risk sharp-edge tasks when workers can still perform the job safely.
ANSI A8 is a very high cut resistance level for severe cut exposure.
Example: A8 should be selected only when the hazard requires it and dexterity remains acceptable.
ANSI A9 is the highest ANSI cut resistance range and is used for extreme cut hazards.
Example: A9 can fit severe blade or sharp-material exposure where lower levels are insufficient.
ANSI/ISEA 105 is a U.S. standard for classifying hand protection performance.
Example: Safety teams use ANSI/ISEA 105 cut levels to compare glove protection.
Abrasion resistance is the ability of a glove surface to withstand rubbing and wear.
Example: Abrasion resistance matters in metal handling, construction, and repetitive material movement.
Aramid is a heat-resistant synthetic fiber family used in some protective gloves.
Example: Aramid liners can be selected for heat or cut-related tasks.
ATEX refers to European requirements related to explosive atmospheres and equipment safety.
Example: Oil and gas buyers may ask whether products fit ATEX-related site requirements.
Cut resistance is a glove material's ability to resist being cut under a defined test method.
Example: Cut resistance should be matched to the actual task hazard.
A cleanroom is a controlled environment where contamination and particle levels are managed.
Example: Some battery, aerospace, and electronics tasks require clean handling practices.
A Certificate of Conformity is a document stating that a product meets specified standards or requirements.
Example: A procurement team may request a CoC before approving a glove SKU.
Cost per wear measures glove cost by usable wears or shifts instead of unit price alone.
Example: A premium glove can have lower cost per wear if it lasts longer.
Dyneema is a branded ultra-high-molecular-weight polyethylene fiber used in some cut-resistant gloves.
Example: Buyers may compare Dyneema, HPPE, aramid, and graphene-enhanced gloves.
EN 388 is a European glove standard for mechanical risks such as abrasion, cut, tear, and puncture.
Example: Procurement may require EN 388 values on product spec sheets.
ESD-safe describes products intended to reduce electrostatic discharge risk in sensitive environments.
Example: Data center and electronics teams may require ESD-safe glove options.
FOD means foreign object debris and is a concern in aerospace and clean manufacturing settings.
Example: Aerospace teams may prefer gloves that reduce lint and loose debris risk.
Graphene is a carbon-based material used in Armor Guys Kyorene platforms to support thin, comfortable protection.
Example: Graphene-enhanced liners can help balance cut protection and dexterity.
Gauge describes knit density and often relates to glove thickness, feel, and dexterity.
Example: A 24-gauge glove can feel thinner and more tactile than a lower-gauge glove.
Gauntlet cuff is an extended cuff style used for added wrist or forearm coverage.
Example: Gauntlet cuffs may be selected when splash or debris exposure is a concern.
HPPE means high-performance polyethylene, a common cut-resistant glove fiber.
Example: HPPE gloves are often compared with graphene-enhanced alternatives.
ISO 13997 is a cut resistance test referenced in EN 388 for higher cut performance evaluation.
Example: The final letter in many EN 388 ratings reflects ISO cut performance.
Kyorene is Armor Guys' graphene-enhanced glove platform.
Example: Kyorene product lines are used when buyers need graphene-enhanced protection.
Kevlar is a branded aramid fiber used in heat and cut-resistant protective products.
Example: Kevlar may appear in comparisons for cut, heat, and durability.
Knit wrist is a cuff style designed to help keep the glove in place and reduce debris entry.
Example: Knit wrist cuffs are common in assembly and material handling.
Latex coating is a flexible glove coating often used for grip in some handling environments.
Example: Latex may be avoided where latex sensitivity is a concern.
Lead time is the time between ordering and receiving product.
Example: Procurement teams use lead time to plan inventory and safety stock.
MicroFoam nitrile is a nitrile coating texture designed to support controlled grip and flexibility.
Example: MicroFoam nitrile is useful when workers handle oily or mixed-condition parts.
MSDS is the older term for Material Safety Data Sheet, now generally replaced by SDS.
Example: Some buyers still ask for MSDS when they mean SDS.
MOQ means minimum order quantity.
Example: Distributors and procurement managers may ask for MOQ before rollout.
MAP means minimum advertised price.
Example: Distributor programs may define MAP rules for reseller consistency.
Nitrile coating is a glove palm coating often used for oil grip, abrasion resistance, and durability.
Example: MicroFoam nitrile can support grip in dry, wet, or oily conditions.
OSHA 1910.138 is the U.S. hand protection rule requiring appropriate gloves for employee hand hazards.
Example: An EHS team may cite OSHA 1910.138 when documenting glove selection.
OEKO-TEX is a textile safety certification system for harmful substance testing.
Example: OEKO-TEX can support procurement confidence for skin-contact textile products.
Puncture resistance is a glove's ability to resist penetration from pointed hazards.
Example: Puncture resistance matters when handling wire, staples, splinters, or sharp fragments.
Polyurethane coating is a thin glove coating often used for dry grip and precision handling.
Example: PU-coated gloves are common in clean assembly and dry inspection tasks.
Palm coating is the coated surface on the palm and fingers that affects grip, wear, and liquid handling.
Example: Choose palm coating based on dry, wet, oily, or clean handling needs.
A PPE program is the process for selecting, training, supplying, and monitoring personal protective equipment.
Example: Glove selection should fit the broader PPE program and documented hazards.
REACH is a European chemical safety regulation that can affect material compliance documentation.
Example: Procurement teams may request REACH information during vendor qualification.
RoHS restricts certain hazardous substances in electrical and electronic equipment.
Example: Electronics and EV battery buyers may ask about RoHS-related documentation.
RFQ means request for quote.
Example: Procurement may submit an RFQ for bulk glove pricing.
Seamless knit construction reduces seams that can create pressure points or irritation.
Example: Seamless knit gloves are common for all-day industrial wear.
SDS means Safety Data Sheet and provides safety information for materials or chemicals.
Example: Buyers may request SDS documents for coated gloves or related materials.
A sample trial is a controlled test of glove SKUs in real work conditions before standardization.
Example: Sample trials should collect fit, grip, durability, and removal feedback.
Tear strength describes how well glove material resists tearing once stressed or damaged.
Example: Tear strength can affect glove life during repetitive handling.
Touchscreen compatible gloves allow workers to use screens without removing gloves.
Example: Touchscreen compatibility matters in data centers, logistics, and digital workstations.
Total cost of ownership includes purchase cost, replacement frequency, compliance, waste, and operational impact.
Example: Procurement should compare TCO when evaluating premium PPE.
Worker acceptance is whether employees will consistently wear the selected glove during the task.
Example: A protective glove fails in practice if workers remove it for dexterity.