The Ultimate Guide To Cut-Resistant Work Gloves (2024)

The Ultimate Guide To Cut-Resistant Work Gloves (1)

It’s important to provide the proper gloves necessary to encourage workflow, hand safety, as well as high visibility in the event of an emergency. Continue reading this guide to learn more about cut-resistant work gloves and the distinct types of gloves available to suit your special needs.

What Are Cut-Resistant Gloves?

Cut-resistant gloves are an essential piece of workwear that is necessary for workers in industrial, automotive, construction, or other settings requiring the use of their hands. Cut-resistant gloves offer vital protection from dangerous environmental hazards such as cuts, scratches, abrasions, and other injuries that may prevent workers from performing their jobs efficiently.

Cut-resistant glovesare textile products specifically engineered to protect workers from direct contact with sharp surfaces. Manufacturers design them to withstand cutting and slashing to prevent accidents and severe injury.

If the nature of your industry routinely exposes workers to potentially sharp or abrasive objects, buying them cut-resistance gloves is a proactive measure to keep them safe throughout the shift.

Importance of Using Cut-Resistant Gloves

It’s essential to use cut-resistant work gloves because when working with sharp objects, tragic accidents can happen. Not only are you protecting your workers from receiving physical injuries on the job, but you are also protecting their health. Cuts involve the huge risk of exposing the injured employee to blood-borne pathogens, infections, or diseases. In addition to the initial laceration and potential exposure to further issues, the injured employee could continue to suffer health complications that can lead to costly, or even fatal, consequences.

Cut-resistant gloves will keep your workers safe in the long run and are well worth the investment.

The Different Types of Cut-Resistant Glove Materials

Not all cut-resistance gloves are created equally. These specialized gloves can come in varied materials and textures depending on your needs. Consider these various cut-resistant glove materials and their respective benefits and disadvantages.

Polyester

Polyester is a reliable material with great benefits. It’s a synthetic fabric that is resistant to water, making it a quick-drying material. Polyester is a strong and durable kind of material that is ideal for construction and hardware workers. While it provides protection against sharp objects, it is only classified as at a cut resistance level 3. This simply means this material would not be ideal for super heavy-duty handling against more extreme hazards, which can be a con if your workers need more sturdy material for their work.

Nylon

Nylon is a synthetic fiber called a polyamide. It provides many great benefits, like improving dexterity and touch sensitivity, as well as being remarkably strong and abrasion-resistant. The material is low in moisture absorption, so your workers won’t have to worry about sweaty hands or damp gloves causing discomfort. Nylon performs well in electronic, assembly, and other small item handling operations. Like the polyester material, it is also level 3 for cut resistance. While ideal for small handling, it is not ideal for heavy-duty handling and abrasions.

Kevlar

Kevlar material is another synthetic aramid fiber that is highly cut-resistant and lightweight. It’s also a flame-resistant material and is ideal for kitchen environments where heat is present and can be a hazard. Kevlar material is a good match for the food, glass, and automotive industries. It has a cut resistance level of 3, meaning that it’s best for less heavy-duty projects.

Metal Mesh

Metal mesh, made from interlocking stainless steel, is a highly durable material ideal for environments that require the use of sharp cutting and abrasive materials. The metal construction creates a reliable, heavy-duty material that is puncture resistant. It has a cut level resistance of level 5, meaning that it is engineered to fare against extreme hazards.

The Different Cut Levels

Different gloves have different levels of resistance and strength. The higher the cut level, the more heavy-duty and cut-resistant the glove is. The classification system developed by the American National Standards Institute (ANSI) can help you determine the strength level that is appropriate for the work on your jobsite. Consider this list to understand which level is right for you.

These units come from the ASTM F2992-15 testing method, which measures cut resistance for industrial work gloves on a 9-level scale. The units indicate how much weight (in grams) the glove can withstand before an object successfully penetrates or slices through the material.

  1. A1: ≥200
  2. A2: ≥500
  3. A3: ≥1000
  4. A4: ≥1,500
  5. A5: ≥2,200
  6. A6: ≥3,000
  7. A7: ≥4,000
  8. A8: ≥5,000
  9. A9: ≥6,000

Typically, the more resistance and cut protection the gloves require, the higher the cut level. The task and the hazard risk surrounding the task determine which level is necessary for the safety of your workers.

Choosing the Right Cut-Resistant Glove for You

When determining the right cut-resistant glove for you, it’s essential to consider the task at hand and the potential hazards that task presents. The cut-level rating chart can help you determine which glove is best for the industry you are in. Consider this brief overview below.

  1. A1: General, warehousing smart item handling or assembly
  2. A2: General, plastic handling, pulp, paper, molding
  3. A3: Small item handling, assembly, electronic, manufacturing, construction, hardware
  4. A4: HVAC, aerospace, food prep
  5. A5: Glass or metal handling, automotive assembly, HVAC
  6. A6: Metal fabrication, glass manufacturing, blade handling
  7. A7: Meat prep, glass manufacturing, metal stamping
  8. A8: Metal stamping, recycling, heavy assembly
  9. A9: Sharp metal stamping, recycle sorting, metal fabrication

When it comes to choosing the right cut-resistant gloves, industry matters. There are certain industries that are more heavy-duty and require protection from frequent hazards. A butcher will likely require more heavy-duty protection as opposed to a worker who handles plastic or pulp. Use logic and the data provided to help inform your decision on the kind of gloves your workers will need to stay safe.

The next time you need direction on cut-resistant work gloves, consider this quick guide to help you answer some of your questions. Feel free to reach out to our team to assist with all your needs and concerns. Hi-Vis Safety offers a variety of cut-resistant gloves to offer the ultimate protection and security that your industry workers need.

The Ultimate Guide To Cut-Resistant Work Gloves (2)

The Ultimate Guide To Cut-Resistant Work Gloves (2024)

FAQs

The Ultimate Guide To Cut-Resistant Work Gloves? ›

A1 is the lowest level, and A9 is the highest. The maximum cut resistance measured in grams determines the cut level rating. So, A1 has a maximum cut resistance of 200 grams, and A9 is 6,000 grams.

What is the highest rating for cut-resistant gloves? ›

A1 is the lowest level, and A9 is the highest. The maximum cut resistance measured in grams determines the cut level rating. So, A1 has a maximum cut resistance of 200 grams, and A9 is 6,000 grams.

What is the standard for cut-resistant gloves? ›

Cut-resistance is one of six mechanical hazards governed by the European safety standard EN 388. The EN 388 cut-resistance test gives a rating to each glove based on the amount of pressure it can withstand from a sharp object before it shows signs of laceration.

Do cut-resistant gloves really work? ›

How Do Cut Resistant Gloves Work and What are the Benefits? Cut-resistant gloves are designed to be just that – cut resistant. No glove will ever be cut-proof, however, they are still very beneficial to wear considering 70% of workers who had hand or finger injuries were not wearing gloves.

What are level 5 cut-resistant gloves? ›

A5 - Protective gloves, Level 5: withstands 2200 g to 2999 g of cutting load. A6 - Protective gloves, Level 6: withstands 3000 g to 3999 g of cutting load.

What is the difference between A1 and A2 cut-resistant gloves? ›

A1 provides protection for light cut hazards (200-499 grams to cut) A2 provides light to medium protection from cut hazards (500-999 grams to cut) A3 provides light to medium cut protection (1000-1499 grams to cut)

Does OSHA require cut resistant gloves? ›

Employers shall select and require employees to use appropriate hand protection when employees' hands are exposed to hazards such as those from skin absorption of harmful substances; severe cuts or lacerations; severe abrasions; punctures; chemical burns; thermal burns; and harmful temperature extremes. Selection.

What are level 3 cut resistant gloves? ›

Besides cut level one, most all cut-resistant gloves found in this group have light cut protection. Cut level 3 begins to address more medium-level cut hazards. We don't recommend this level for cut protection. Designed for minimal hazards and only light cut protection.

What is the code for cut resistant gloves? ›

Gloves with a EN 388 rating are third party tested, and rated for abrasion, cut, tear, and puncture resistance.

Can you still get cut wearing a cut resistant glove? ›

Cut-resistant gloves are, however, designed to reduce the likelihood of being cut. Although cut injuries can still occur even when wearing gloves, cut severity can be drastically reduced when not prevented.

What is ANSI standard for cut resistant gloves? ›

The updated ANSI/ISEA 105-2016 standard, based on the ASTM F2992-15 testing method, measures cut resistance for Industrial work gloves on a 9-level scale of A1-to-A9.

What level of cut resistant gloves do I need for a kitchen? ›

Typically, a rating of A4 or higher is needed for most food preparation tasks. Remember, every operation and task is different and it's important that you properly assess the hazards of your tasks, so you can properly select the right level of protection.

How to choose a cut-resistant glove? ›

In a nutshell

Each situation or task requires a different cut-resistant glove. Closely examine the cut resistance in the EN 388 and ISO 13997 standards, but try not to overprotect either. The lining you choose determines the cut and abrasion resistance, while the coating determines the grip of your gloves.

When should you not wear cut-resistant gloves? ›

Cut resistant gloves cannot be used to provide protection from powered blades (saws, drills, mills, etc). Gloves provide little puncture protection.

How do you test a glove for cut resistance? ›

Edge Testing for Cut Resistance

This involves filling the glove with closed-cell foam or another similar material and then running the material over a hazard like a sharp edge. We do this with more force than a worker would normally use on the job to confidently know the glove can handle serious contact with hazards.

What level of cut-resistant gloves do I need for a kitchen? ›

Typically, a rating of A4 or higher is needed for most food preparation tasks. Remember, every operation and task is different and it's important that you properly assess the hazards of your tasks, so you can properly select the right level of protection.

What are level 3 cut-resistant gloves? ›

Besides cut level one, most all cut-resistant gloves found in this group have light cut protection. Cut level 3 begins to address more medium-level cut hazards. We don't recommend this level for cut protection. Designed for minimal hazards and only light cut protection.

What type of glove should you use when treating a cut? ›

While clinical practice guidelines recommend using sterile gloves to prevent infections, there's no clear evidence that nonsterile gloves are less effective at reducing that risk, particularly when it comes to simple wounds, the researchers explained.

Which of the following glove material should be used for cut-resistant gloves? ›

Cut-resistant gloves made of 100% HPPE or para-aramid both offer up to ANSI Cut Level A3 protection. HPPE, however, outperforms para-aramid when it comes to comfort. Gloves made with 100% HPPE are softer, more flexible, and feel cooler on the skin in comparison to para-aramid.

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