ANSI Cut Level Guide: Choosing the Right Cut-Resistant Gloves for Workplace Safety

Cuts and lacerations remain one of the most common workplace injuries across industries like manufacturing, construction, metal fabrication, automotive, glass handling, warehousing, and food processing. Choosing the correct cut-resistant glove is critical not only for worker safety, but also for OSHA compliance, productivity, and cost control.

At American Safety Associates, LLC, businesses rely on high-performance PPE solutions designed to meet real-world industrial hazards. Understanding ANSI cut levels helps safety managers, procurement teams, and workers select gloves that provide the proper balance of dexterity, durability, and protection.

What Are ANSI Cut Levels?

ANSI cut levels are standardized ratings established by the American National Standards Institute to measure how resistant a glove material is to cuts from sharp objects and blades.

The current standard used in the United States is:

• ANSI/ISEA 105

This testing system helps employers determine the appropriate hand protection for specific workplace hazards.

ANSI cut ratings range from:

• A1 (lowest cut resistance)
  to
• A9 (highest cut resistance)

The higher the number, the greater the glove’s resistance to cuts.

Why ANSI Cut Ratings Matter

Choosing gloves based only on thickness or material is a common mistake. A bulky glove does not always provide better protection.

ANSI testing provides measurable, repeatable performance data that allows safety professionals to match glove protection levels to actual jobsite risks.

Benefits of using ANSI-rated cut-resistant gloves include:

• Reduced workplace hand injuries
• Improved OSHA compliance
• Better employee confidence and productivity
• Lower workers’ compensation claims
• Increased durability and glove lifespan
• More accurate PPE hazard assessments

Industries with elevated cut hazards often require documented ANSI-rated PPE programs.

How ANSI Cut Testing Works

ANSI cut testing measures the grams of force required to cut through glove material using a specialized machine and standardized blade.

The test evaluates how much weight or force the glove can withstand before the material is penetrated.

Here’s the ANSI cut scale:

Understanding Each ANSI Cut Level

ANSI A1 Cut Resistance

$200 \leq F < 500$

ANSI A1 gloves provide basic protection against minor abrasions and light cut hazards.

Best Applications

• General warehouse work
• Material handling
• Light assembly
• Packaging operations
• Shipping and receiving

Common Materials

• Polyester blends
• Lightweight HPPE fibers
• Thin coated gloves

These gloves prioritize comfort and dexterity over heavy cut protection.

ANSI A2 Cut Resistance

$500 \leq F < 1000$

A2 gloves offer increased protection while maintaining flexibility and tactile sensitivity.

Ideal For

• HVAC installation
• Appliance assembly
• Automotive maintenance
• Small parts handling
• Electrical work

ANSI A2 gloves are popular in industries requiring precision tasks with moderate exposure to sharp edges.

ANSI A3 Cut Resistance

$1000 \leq F < 1500$

ANSI A3 is considered a strong all-purpose cut level for many industrial environments.

Recommended Industries

• Construction
• Metal stamping
• Sheet metal handling
• Warehousing
• Logistics

Many safety managers consider A3 gloves an effective balance between protection and dexterity.

ANSI A4 Cut Resistance

$1500 \leq F < 2200$

A4 gloves provide medium-high cut protection for environments with consistent sharp hazards.

Common Uses

• Glass manufacturing
• Roofing work
• Heavy construction
• Industrial maintenance
• HVAC duct handling

These gloves are often selected when workers encounter repeated contact with sharp edges or metal materials.

ANSI A5 Cut Resistance

$2200 \leq F < 3000$

ANSI A5 gloves are designed for high-risk industrial applications where severe laceration hazards exist.

Typical Applications

• Metal fabrication
• Automotive manufacturing
• Recycling operations
• Heavy equipment repair
• Oil and gas industries

Many A5 gloves incorporate advanced engineered fibers like:

• Kevlar®
• HPPE
• Steel fiber reinforcement
• Tungsten blends

ANSI A6 to A9 Cut Resistance

$3000 \leq F$

ANSI A6 through A9 gloves provide extremely high cut resistance for the most dangerous applications.

High-Hazard Environments

• Slaughterhouses
• Glass handling
• Metal recycling
• Steel mills
• Blade manufacturing
• Heavy industrial fabrication

These gloves often feature:

• Multi-layer engineered fibers
• Stainless steel mesh
• Composite yarn technologies
• Advanced coating systems

While protection is exceptional, dexterity may decrease at higher cut levels.

ANSI vs EN388 Cut Ratings

Many imported gloves display EN388 ratings instead of ANSI ratings.

The European EN388 standard uses a different testing method and scoring system.

ANSI ratings are generally preferred in the United States because:

• They provide broader cut-level ranges
• They align with OSHA PPE programs
• They offer clearer hazard matching for U.S. industries

Safety professionals should avoid assuming EN388 and ANSI ratings are directly equivalent.

How to Choose the Correct ANSI Cut Level

Selecting the right cut-resistant glove requires a workplace hazard assessment.

Factors to evaluate include:

1. Sharpness of Materials

Handling razor-sharp sheet metal requires higher protection than cardboard or packaging materials.

2. Frequency of Exposure

Workers exposed to sharp edges continuously may require higher ANSI levels than occasional exposure.

3. Dexterity Requirements

Precision assembly work may require thinner gloves with lower cut ratings for flexibility.

4. Grip Conditions

Wet, oily, or slippery environments may require specialized palm coatings.

5. Additional Hazards

Some jobs require combined protection against:

• Heat
• Impact
• Chemicals
• Abrasion
• Punctures

The ideal glove balances:

• Protection
• Comfort
• Dexterity
• Durability
• Compliance

Common Industries That Require ANSI Cut-Resistant Gloves

Construction

Construction workers routinely encounter:

• Sheet metal
• Roofing materials
• Sharp tools
• Glass
• Fasteners

ANSI A3–A5 gloves are common for construction safety programs.

Manufacturing

Manufacturing facilities often require cut-resistant gloves for:

• Assembly lines
• Machinery operation
• Metal handling
• Fabrication
• Packaging

Warehousing and Logistics

Warehouse injuries frequently involve:

• Box cutters
• Strapping
• Pallets
• Broken packaging materials

ANSI A2–A4 gloves are often ideal for logistics operations.

Oil and Gas

Industrial oilfield environments expose workers to:

• Pipe threads
• Metal edges
• Tools
• Rig equipment

Many employers require ANSI A5+ protection.

Glass and Metal Industries

Glass and metal fabrication represent some of the highest cut-risk environments in industry.

ANSI A6–A9 gloves are commonly required.

OSHA Requirements for Hand Protection

Occupational Safety and Health Administration requires employers to assess workplace hazards and provide appropriate hand protection under OSHA PPE standards.

Employers must:

• Identify cut hazards
• Select proper PPE
• Train employees
• Maintain compliance documentation

ANSI-rated gloves help support OSHA compliance efforts and safety audits.

For OSHA guidance, visit:
OSHA PPE Standards

Common Cut-Resistant Glove Materials

HPPE (High-Performance Polyethylene)

HPPE fibers offer:

• Excellent cut resistance
• Lightweight comfort
• High dexterity
• Breathability

Kevlar®

Kevlar is known for:

• Heat resistance
• High tensile strength
• Industrial durability

Steel Fiber Blends

Steel-reinforced gloves provide:

• Maximum cut protection
• Enhanced durability
• Higher ANSI cut levels

Engineered Composite Yarns

Modern glove technologies combine:

• Fiberglass
• Tungsten
• Stainless steel
• Synthetic fibers

These materials improve cut resistance while maintaining flexibility.

Coatings Used on Cut-Resistant Gloves

Different glove coatings improve grip and performance.

Nitrile Coating

Best for:

• Oil resistance
• Industrial environments
• Durability

Polyurethane (PU) Coating

Ideal for:

• Precision handling
• Dry conditions
• Dexterity

Latex Coating

Provides:

• Excellent grip
• Flexibility
• Comfort

The coating selection should match workplace conditions.

Signs You’re Using the Wrong Cut Level

Many workplaces unintentionally under-protect workers.

Warning signs include:

• Frequent glove replacements
• Minor hand cuts
• Workers removing gloves for dexterity
• Excessive sweating or discomfort
• Grip complaints
• High PPE consumption costs

Proper glove selection can improve both safety and operational efficiency.

Best Practices for Cut-Resistant Glove Programs

Successful PPE programs include:

• Workplace hazard assessments
• Employee glove training
• Regular PPE inspections
• Proper glove sizing
• Replacement schedules
• Vendor quality verification

Safety managers should periodically reevaluate glove performance as workplace hazards evolve.

Where to Buy ANSI Cut-Resistant Gloves

Businesses should purchase ANSI-rated gloves from trusted industrial PPE suppliers that understand workplace safety requirements.

At ASA Supplies PPE Collection, companies can source:

• ANSI-rated cut-resistant gloves
• Construction PPE
• Industrial safety products
• OSHA-compliant equipment
• Jobsite safety solutions

American Safety Associates, LLC has supported industrial and construction safety programs since 2003 with dependable PPE solutions for contractors, manufacturers, municipalities, and commercial operations.

Final Thoughts on ANSI Cut Levels

Understanding ANSI cut levels is essential for building an effective hand protection program. The right glove can significantly reduce workplace injuries, improve productivity, and support OSHA compliance.

Instead of choosing gloves based solely on comfort or price, employers should evaluate:

• Hazard severity
• Task requirements
• Dexterity needs
• Workplace conditions
• Compliance standards

Whether your operation requires ANSI A2 gloves for warehouse handling or ANSI A7 protection for metal fabrication, selecting the proper cut-resistant glove is one of the most important PPE decisions a company can make.