Cut Resistant Glove Levels Explained: ANSI A1 to A9 Guide

Cut-resistant gloves are one of the most important types of hand protection used in warehouses, construction sites, metal fabrication shops, glass handling operations, automotive repair, manufacturing, and general industrial work. But choosing the right glove is not always simple.

Many buyers see labels such as ANSI A2, ANSI A4, ANSI A6, or ANSI A9 and assume that a higher number is always the best choice. In reality, the right cut level depends on the task, the sharpness of the material, the amount of force involved, and how much dexterity the worker needs.

This guide explains the ANSI cut resistant glove levels from A1 to A9, what each level means, and how to choose the right glove for your work environment.

What Are ANSI Cut Resistant Glove Levels?

ANSI cut levels are part of the ANSI/ISEA 105 standard, which is commonly used in North America to classify hand protection performance. For cut resistance, gloves are rated from A1 to A9.

The basic idea is simple:

The higher the ANSI cut level, the more force the glove material can resist before being cut through.

Cut resistance is measured in grams. A glove material is tested to see how much weight is needed for a blade to cut through it. A higher gram value means stronger cut resistance.

For example, an ANSI A2 glove is designed for lower cut hazards, while an ANSI A6 or A7 glove is used for more serious cut risks such as sharp metal edges, glass handling, or heavy industrial materials.

ANSI Cut Level Chart: A1 to A9

Use this chart as a general reference when comparing cut-resistant gloves.

ANSI Cut Level	Cut Resistance Range	General Protection Level	Common Applications
ANSI A1	200–499 grams	Minimal cut protection	Light assembly, small parts handling, basic packaging
ANSI A2	500–999 grams	Light cut protection	Warehouse work, general handling, light-duty automotive tasks
ANSI A3	1,000–1,499 grams	Light to medium cut protection	Assembly, maintenance, parts handling, low-risk metal edges
ANSI A4	1,500–2,199 grams	Medium cut protection	Construction, glass handling, sheet metal, packaging operations
ANSI A5	2,200–2,999 grams	Medium-high cut protection	HVAC, metal fabrication, industrial maintenance, sharp tools
ANSI A6	3,000–3,999 grams	High cut protection	Sharp metal handling, glass work, recycling, heavy assembly
ANSI A7	4,000–4,999 grams	Heavy cut protection	Metal stamping, automotive assembly, recycling sorting
ANSI A8	5,000–5,999 grams	Very high cut protection	Sharp steel, heavy glass, oil & gas, high-risk industrial work
ANSI A9	6,000+ grams	Extreme cut protection	Maximum-risk cutting hazards, heavy metal, severe laceration risks

ANSI A1 to A3: Light Cut Protection

ANSI A1, A2, and A3 gloves are used for lower-risk work where workers need basic protection against minor cuts, scrapes, or sharp edges.

These gloves are often lighter, more flexible, and more breathable than higher cut-level gloves. They are useful when dexterity and comfort are more important than maximum cut protection.

Common uses include:

• Light packaging

• Small parts handling

• General warehouse work

• Assembly lines

• Light maintenance

• Basic material handling

For many warehouse and logistics tasks, ANSI A2 or ANSI A3 gloves may be enough. However, if workers handle sheet metal, glass, blades, or sharp industrial materials, a higher cut level should be considered.

ANSI A4 to A6: Medium to High Cut Protection

ANSI A4, A5, and A6 gloves are among the most commonly used cut-resistant gloves for industrial workplaces. These levels provide stronger protection while still allowing workers to maintain practical grip and hand movement.

This range is suitable for many higher-risk applications, including:

• Construction

• Metal handling

• Glass handling

• HVAC work

• Appliance assembly

• Industrial maintenance

• Automotive repair

• Packaging with sharp tools

• Warehouse tasks involving sharp materials

For many B2B buyers, ANSI A4 is a practical starting point for cut-resistant work gloves. It offers stronger protection than light-duty gloves without becoming too heavy for daily use.

ANSI A5 is often used when the risk level increases, such as handling sharper metal parts, HVAC ductwork, or fabrication materials.

ANSI A6 provides high cut protection for more demanding jobs, especially where workers handle sharp edges repeatedly throughout the day.

ANSI A7 to A9: Heavy and Extreme Cut Protection

ANSI A7, A8, and A9 gloves are designed for serious cut hazards. These are not usually needed for every worker or every task. They are used when the work involves high-risk materials, heavy force, or severe laceration potential.

Common applications include:

• Metal stamping

• Recycling operations

• Heavy glass handling

• Steel processing

• Oil and gas work

• Sharp industrial scrap handling

• High-risk fabrication

• Heavy-duty automotive assembly

An ANSI A9 glove provides the highest cut resistance in the ANSI scale. However, it may also be thicker, less flexible, or less breathable than a lower cut-level glove. For that reason, buyers should not choose A9 automatically for every task.

The best glove is the one that matches the actual hazard while still allowing workers to do the job safely and comfortably.

How to Choose the Right Cut Resistant Glove Level

Choosing the correct ANSI cut level depends on the work environment. Here are the key factors to consider.

1. Identify the material being handled

Different materials create different cut risks. Cardboard, plastic, and small parts may only require light cut protection. Sheet metal, glass, blades, and sharp scrap require much higher protection.

Ask:

• Are workers handling sharp metal edges?

• Is glass involved?

• Are knives or box cutters used?

• Are parts oily, wet, or slippery?

• Is the material heavy or under pressure?

The sharper and heavier the material, the higher the cut level should be.

2. Consider the amount of force involved

A small sharp edge is one risk. A heavy sharp edge pressed against the hand is a much greater risk.

If workers are lifting, pulling, pressing, or carrying sharp materials, choose a higher ANSI cut level.

For example:

• Light parts handling: A2–A3

• General construction or warehouse work with cut risk: A4

• Sheet metal or HVAC work: A4–A5

• Glass handling or fabrication: A5–A6

• Heavy metal stamping or recycling: A7–A9

3. Balance protection with dexterity

Higher cut protection is useful, but workers still need to move their hands properly. If the glove is too thick or uncomfortable, workers may remove it or avoid wearing it correctly.

For tasks that require small part handling, tool control, or frequent hand movement, choose a glove that balances cut resistance, flexibility, and grip.

4. Check the coating and grip

Cut resistance is only one part of glove performance. The coating also matters.

Common coating options include:

• PU coating: Lightweight, flexible, good for dry handling and detailed work.

• Nitrile coating: Good grip, abrasion resistance, and oil resistance.

• Sandy nitrile coating: Strong grip in dry, wet, or oily conditions.

• Foam nitrile coating: Breathable and comfortable for daily industrial use.

• Latex coating: Strong grip, often used for construction and outdoor tasks.

If workers handle oily metal, a sandy nitrile or nitrile-coated glove may be more suitable than a basic dry-grip glove.

5. Look at abrasion, puncture, and comfort

Cut resistance does not automatically mean the glove is good for every hazard. A work glove may also need abrasion resistance, puncture resistance, impact protection, chemical resistance, or heat resistance.

For example:

• Metal handling may need cut and abrasion resistance.

• Glass handling may need cut resistance and grip.

• Construction work may need cut resistance and durability.

• Automotive repair may need grip, oil resistance, and dexterity.

• Recycling may need high cut protection and puncture resistance.

Always choose gloves based on the full task, not only the cut level.

ANSI Cut Level vs EN 388: Are They the Same?

No. ANSI and EN 388 are different standards.

ANSI cut ratings use A1 to A9 and are commonly used in North America. EN 388 is commonly used in Europe and includes multiple performance ratings for abrasion, blade cut, tear, puncture, and ISO cut resistance.

Some gloves may show both ANSI and EN 388 markings, but the ratings should not be treated as identical. A glove must be tested according to the proper standard before a specific rating can be claimed.

For buyers in the United States, ANSI cut levels are usually easier to understand when selecting gloves for industrial safety programs.

Common Mistakes When Buying Cut Resistant Gloves

Mistake 1: Choosing the highest cut level for every job

A higher cut level is not always better for every task. ANSI A8 or A9 gloves may be necessary for severe hazards, but they may be too heavy for light assembly or warehouse work.

Mistake 2: Ignoring grip

A glove with high cut resistance but poor grip can still create safety issues. Workers may use more force, lose control of tools, or drop materials.

Mistake 3: Using one glove for every department

Different teams often need different gloves. A warehouse picker, a metal fabricator, and a glass handler may all need different protection levels.

Mistake 4: Only looking at price

Low-cost gloves may be acceptable for low-risk work, but for cut hazards, poor glove selection can increase injury risk and replacement costs. The goal is to match the glove to the job.

Recommended ANSI Cut Levels by Industry

Here is a practical selection guide for common industries.

Industry / Task	Suggested ANSI Cut Level
General warehouse work	A2–A4
Box handling and packaging	A2–A4
Construction material handling	A4–A5
HVAC ductwork	A4–A5
Metal fabrication	A5–A7
Glass handling	A5–A7
Automotive assembly	A4–A7
Recycling and waste sorting	A6–A9
Heavy steel handling	A7–A9
Light maintenance	A2–A4

These are general recommendations. The final selection should always be based on the actual workplace hazard assessment.

What Cut Resistant Glove Level Should You Choose?

For most industrial buyers, the best approach is to group glove needs by task:

• Low cut risk: Choose A2 or A3.

• General industrial cut risk: Choose A4.

• Sharp metal, HVAC, glass, or fabrication work: Choose A5 or A6.

• Severe cut hazards: Choose A7, A8, or A9.

If you are building a PPE program for multiple teams, it is often better to offer two or three glove options instead of one universal glove. This helps workers get the right balance of protection, grip, comfort, and cost.

Cut Resistant Gloves for Industrial Teams

UNINOVA supplies practical PPE solutions for industrial teams, contractors, warehouses, maintenance crews, and jobsite safety programs. Whether you need cut-resistant gloves for daily handling, sharp material work, bulk PPE purchasing, or custom safety kits, choosing the right ANSI cut level is the first step.

For bulk orders, team PPE programs, or custom glove requirements, contact UNINOVA to discuss suitable cut-resistant glove options for your application.

FAQ: Cut Resistant Glove Levels

What is the highest ANSI cut level?

ANSI A9 is the highest cut resistance level. It is used for extreme cut hazards and heavy-duty industrial applications.

Is ANSI A4 good for general work?

ANSI A4 is a common choice for general industrial work where moderate cut protection is needed. It is often used in construction, warehouse, packaging, and material handling tasks.

What is the difference between ANSI A5 and A6?

ANSI A5 offers medium-high cut protection, while ANSI A6 provides higher cut resistance. A6 is often used when workers handle sharper materials or face repeated cut hazards.

Are cut-resistant gloves cut-proof?

No. Cut-resistant gloves are not cut-proof. They are designed to reduce the risk of cuts, but no glove can prevent every injury in every condition.

Can one cut-resistant glove work for all jobs?

Not always. Different jobs require different protection levels, coatings, grip types, and comfort features. A proper glove selection should match the actual task and hazard.

Do higher cut levels mean less comfort?

Sometimes. Higher cut levels can be thicker or heavier, depending on the material and construction. Modern yarns and coatings can improve comfort, but buyers should still balance protection with dexterity and wearability.