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ANSI Puncture Safety Standards

Understanding the ANSI puncture safety standard is essential for assessing the protection levels of safety gloves. Unlike cut and abrasion risks, which involve slicing or wearing away of the material, puncture risks involve situations where a pointed object penetrates the glove material, potentially causing serious injuries.

When assessing the tasks you and your team need to perform, consider the puncture risks involved and determine the appropriate level of protection required to prevent injuries.

Puncture Resistance

ANSI/ISEA 105: Puncture resistance is based on the force in newtons required to puncture the glove. Level 1 puncture resistance gloves can protect against thorns and light tools in landscaping, while a 5-rated glove can help construction workers handle nails, screws, and metal fragments.

Puncture Level Force (Newtons) to Pierce Material Typical Tasks
Level 1 10 - 19 Newtons Light material handling, general warehouse work
Level 2 20 - 59 Newtons Small parts assembly, light-duty construction
Level 3 60 - 99 Newtons Packaging, moderate material handling
Level 4 100 - 149 Newtons Sheet metal handling, general industrial work
Level 5 150+ Newtons Heavy industrial work, high-puncture-risk environments

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 right side of the pentagon indicates the glove's puncture resistance. Levels range from 0 to 5, with 5 providing the highest protection. High puncture resistance is crucial for the healthcare, construction, demolition, and manufacturing industries, where workers frequently handle needles, broken glass, sharp tools, and metal edges.

Image 1

Puncture 1

  • Light Construction
  • Parts Assembly
Image 2

Puncture 3

  • Light Metal Stamping
  • Manufacturing
Image 3

Puncture 5

  • Glass Manufacturing
  • Heavy Construction
Close-up of Majestic's 3398DLO water-resistant glove

Needlestick vs. Puncture Protection

Puncture and needlestick resistance are different ratings due to the different types of hazards they address. Puncture resistance measures a glove's ability to withstand penetration by blunt objects like nails or metal fragments, using a steel stylus in testing. In contrast, needlestick resistance evaluates protection against sharp objects such as hypodermic needles, requiring a different testing method.

Reliable Puncture Resistance

Majestic designs its puncture-resistant gloves to prevent injuries effectively. These gloves feature multiple layers of puncture-resistant materials in critical areas, such as the palms and fingers, to stop common puncture injuries. With decades of experience, Majestic offers a range of puncture-resistant gloves, allowing you to choose the level of coverage and protection that best suits your specific needs.

Worker Handling dangerous materials using Majestic's 2150H Puncture-Resistant Glove

Puncture Resistance

ANSI/ISEA 105: Puncture resistance is based on the force in newtons required to puncture the glove. Level 1 puncture resistance gloves can protect against thorns and light tools in landscaping, while a 5-rated glove can help construction workers handle nails, screws, and metal fragments.

Puncture Level Force (Newtons) to Pierce Material Typical Tasks
Level 1 10 - 19 Newtons Light material handling, general warehouse work
Level 2 20 - 59 Newtons Small parts assembly, light-duty construction
Level 3 60 - 99 Newtons Packaging, moderate material handling
Level 4 100 - 149 Newtons Sheet metal handling, general industrial work
Level 5 150+ Newtons Heavy industrial work, high-puncture-risk environments

Prevent Puncture Injuries

Puncture injuries in the workplace can cause long-term effects, leading to substantial downtime and decreased productivity, which compounds the overall cost associated with the injury. By selecting gloves with appropriate ANSI puncture ratings for your industry, you can prevent future injuries and protect your team.

Learn More About ANSI Standards

Impact Resistance

Impact Resistance

Cut Resistance

Cut Resistance

Abrasion Resistance

Abrasion

Puncture Resistance

Puncture

High Visibility Standards

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.

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