ANSI Glove Cut Levels for Real Work Crews
A glove that holds up while moving lumber may be the wrong glove at a sheet-metal brake. That is why ANSI glove cut levels matter to operations managers and safety coordinators. They give buyers a consistent way to compare cut resistance before gloves reach the crew - and before a routine task turns into a recordable injury.
Cut ratings are only one part of hand protection. Grip, dexterity, abrasion resistance, coating, fit, and exposure to chemicals or moisture still affect whether a glove works on the job. But when workers handle sharp edges, blades, glass, cable, stamped parts, or metal stock, the ANSI cut rating is a practical starting point for buying the right glove in bulk.
What ANSI Glove Cut Levels Measure
ANSI glove cut levels come from the ANSI/ISEA 105 standard for hand protection. For cut resistance, gloves are tested using a method that measures the force needed for a moving blade to cut through the material. The result is reported in grams and grouped into ratings from A1 through A9.
A higher rating means the glove material resisted a blade with more force during the test. It does not mean the glove is cut-proof. No work glove should be treated as protection against careless contact with a powered saw, grinder, or other moving blade. Cut ratings are designed to help control exposure to sharp materials during normal work handling.
The scale is not a simple good-better-best ladder. An A2 glove may be the smart purchase for light assembly where workers need fingertip control. An A6 glove can be the better choice around sharp fabricated metal, but it may feel heavier and reduce the fine dexterity needed for detailed work. The right level depends on the actual hazard, task duration, and what workers need their hands to do.
ANSI Cut Rating Scale at a Glance
| ANSI cut level | Blade force range | Common job exposure |
| --- | --- | --- |
| A1 | 200-499 grams | Light-duty handling, general material movement |
| A2 | 500-999 grams | Light assembly, warehouse work, trim and packaging |
| A3 | 1,000-1,499 grams | Construction materials, glass handling, moderate sharp-edge work |
| A4 | 1,500-2,199 grams | Sheet metal, automotive parts, heavier fabrication |
| A5 | 2,200-2,999 grams | Metal stamping, sharp components, recycling and industrial handling |
| A6 | 3,000-3,999 grams | High-cut-risk fabrication, heavy glass, sharp metal work |
| A7 | 4,000-4,999 grams | Severe sharp-edge exposure and demanding industrial tasks |
| A8 | 5,000-5,999 grams | Very high cut hazards where hand mobility still matters |
| A9 | 6,000+ grams | Extreme cut exposure, often with specialized protective systems |
For many commercial crews, A2 through A5 covers the most common buying decisions. The upper A6-A9 range is built for serious sharp-edge exposure and should be selected with task-specific risk assessment, training, and supervision in mind.
Match the Rating to the Work, Not the Job Title
A job title rarely tells the whole story. A construction worker might spend one hour setting forms, then handle rebar ties, sheet metal flashing, and utility knife work later in the shift. A manufacturing employee may work safely in an A2 glove at one station but need A4 or A5 protection at another.
Start by looking at what contacts the hand. Identify the material, edge condition, frequency of handling, and force workers use. Freshly cut steel, broken glass, sharp wire, and stamped parts create a different risk than boxed inventory or finished lumber. Also consider whether workers push material against a fixed edge, pull it through their hands, or hold it while another tool cuts nearby.
Then account for the working environment. Wet gloves can lose grip. Oily parts can make even a high-cut glove harder to control. Cold conditions can reduce hand movement and make workers grip harder. In those cases, a glove’s coating, liner, and fit can matter as much as its ANSI cut level.
Where Common Cut Levels Fit
An A1 or A2 glove is often appropriate for lower-risk tasks where abrasion and minor incidental contact are bigger concerns than sustained sharp-edge exposure. Think warehouse picking, light packaging, general maintenance, and some assembly work. These lower-level options usually provide better feel and can be easier for workers to wear all shift.
A3 and A4 glove are common middle-ground choices for construction, light fabrication, glazing support tasks, mechanical field work, and handling materials with occasional sharp edges. They can provide meaningful cut protection without moving into the bulkier feel associated with higher-rated gloves. For many crews, this range balances protection, comfort, and cost control.
A5 and A6 gloves fit work involving regular contact with sharp metal, glass, blades, cable, or stamped components. These ratings are often used in manufacturing, recycling, metal fabrication, automotive work, and industrial material handling. Workers may give up some dexterity, so test the glove on the actual task before standardizing it across a department.
A7 through A9 gloves are for high-severity exposure, not automatic upgrades for every job. They may be necessary when workers handle extremely sharp materials, but they can be thicker, stiffer, and more expensive. Buying more cut resistance than the job requires can reduce compliance if workers remove the gloves to complete precise tasks.
Cut Resistance Is Not the Whole Safety Spec
A cut rating does not measure every hazard your crew faces. Puncture resistance is different from cut resistance. A glove that performs well against a moving blade may not be the right answer for nails, wire points, needles, fish spines, or splinters. Tear resistance and abrasion resistance are separate performance factors too.
Chemical exposure requires chemical-resistant gloves selected for the specific substance and contact conditions. Heat, flame, electrical hazards, cold weather, and liquid exposure each call for their own protective features. Leather work gloves can be excellent for abrasion, rough handling, and general field work, while coated cut-resistant gloves may be better where sharp materials and secure grip are the main concern.
Do not overlook fit. A glove that is too loose can snag, reduce control, and leave workers fighting the material instead of handling it safely. A glove that is too tight can cause fatigue and encourage workers to take it off. When ordering for a workforce, offer a practical size range and make sure workers understand which glove belongs to which task.
Build a Simple Glove Program for Your Crew
The most reliable glove programs are easy to follow. Instead of issuing one general-purpose glove for every task, define a small number of approved glove categories based on real hazards. For example, a crew may need a durable general work glove for material movement, a coated cut-resistant glove for sharp stock, and a chemical-resistant option for cleaning or fluid handling.
Keep the selection tight enough that supervisors can enforce it and buyers can restock it without confusion. Label storage areas by task or protection level. Replace gloves when liners are cut, coatings are worn through, seams fail, or contamination cannot be removed. A damaged high-rated glove is not providing its original level of protection.
Bulk 12-pair packs make this approach easier to manage. They help employers issue clean replacements, keep common sizes on hand, and avoid the downtime that comes from waiting on a few individual pairs. TEKOA Supply focuses on workforce-ready glove options for crews that need consistent protection without turning glove purchasing into a complicated project.
Questions to Ask Before You Buy
Before placing a bulk order, confirm the specific ANSI cut level shown for the glove rather than relying on terms such as cut resistant. Ask whether workers need grip on dry, wet, or oily surfaces; whether they handle sharp edges continuously or only occasionally; and whether they need high dexterity for fasteners, controls, or detailed assembly.
It also pays to run a field trial with the workers who will wear the gloves. A rating can look right on paper but fail in practice if the cuff catches, the coating slips, or the glove makes the task too slow. A short trial can prevent a large purchase of gloves that stay in the supply room.
The goal is not to buy the highest ANSI rating available. It is to put dependable protection on every hand, for every task, at a cost that works across the crew. When the cut level, grip, fit, and job hazard line up, workers are more likely to keep their gloves on and get the work done safely.