ANSI Abrasion Ratings | Majestic Glove

Close of up a person's hand wearing one of Majestic's Cut-Less Korplex Gloves

What is Glove Abrasion?

Glove abrasion resistance indicates how well a glove can withstand wear and tear from friction. High abrasion resistance maintains durability and protection and is essential in construction, automotive, and manufacturing industries, where workers frequently handle rough or abrasive materials.

Abrasion ANSI ratings allow us to make better choices when using and purchasing PPE. Industries like construction often require gloves with high abrasion resistance to protect workers' hands from constant contact with rough surfaces and sharp edges. These ratings makes selecting protective gloves for specific applications easier, reducing the risk of injuries.

Abrasion Resistance

ANSI/ISEA 105: Tests for abrasion resistance begin by rubbing the glove against an abrasive surface. Depending on how quickly the glove wears through, it is assigned a rating from 0 to 6, with higher numbers indicating more resistance. Industries that work with materials that wear down gloves quickly, such as metal fabrication or construction, benefit from abrasive-resistant gloves.

Abrasion Level	Revolutions to Break Through Material	Typical Tasks
Level 1	100 - 499 revolutions	General material handling, light-duty tasks
Level 2	500 - 999 revolutions	Assembly work, light construction
Level 3	1,000 - 2,999 revolutions	Material handling, packaging, moderate construction
Level 4	3,000 - 9,999 revolutions	Sheet metal handling, heavy-duty assembly
Level 5	10,000 - 19,999 revolutions	High-abrasion environments, frequent abrasion from rough surfaces
Level 6	20,000+ revolutions	Continuous contact with materials like steel, glass, or heavy machinery parts

Recent Updates to ANSI/ISEA 105

The November 2024 update to ANSI/ISEA 105 standards aims to improve clarity and present a glove's safety features in an easily understandable way. The new standard introduces a pentagon-shaped pictogram on each glove, displaying the glove's cut, abrasion, and puncture resistance ratings.

The number on the left side of the pentagon indicates the glove's abrasion resistance. Abrasion resistance levels range from 0 to 6, with 6 providing the highest level of protection. High abrasion resistance is crucial for tasks involving rough or abrasive materials, maintaining the glove's durability over a longer period of time.

Abrasion 2

Light Protection

Abrasion 4

Medium-Heavy Protection

Abrasion 6

Extreme Heavy Protection

Additional Benefits

High abrasion resistance in gloves offers numerous benefits, including extending their lifespan and making them more cost-effective over time. Even industries that don't frequently encounter abrasive surfaces can benefit from high abrasion resistance, as it ensures durability and reliability in most work environments.

Majestic's Abrasion Resistant Gloves

Majestic makes abrasion resistance a priority in its glove design. This includes various materials and coatings, such as foam nitrile and polyurethane, to enhance grip and abrasion resistance. By integrating these materials, Majestic ensures its gloves provide reliable protection while maintaining their durability, even in the most demanding work environments.

Worker opening a door using Majestic's impact-resistant Concussion Gloves

How ANSI Abrasion Ratings Improve Safety

ANSI abrasion ratings help workers reduce the risk of injuries and give them confidence in their work. When selecting gloves, look for the ANSI pentagon on the glove. A higher abrasion resistance means the glove can protect hands more effectively and take longer to wear through and replace.

Learn More About ANSI Standards

Impact Resistance

Cut Resistance

Abrasion

Puncture

High Visibility

Updates & Revisions

ANSI and EN 388 safety standards evolve regularly to incorporate the latest safety research and advancements. Staying informed about these changes ensures you have access to the most effective protective equipment and can better manage workplace risks. Check back here for the latest updates to ANSI and EN 388 standards as they become available.