I’ve seen many accidents happen because of choosing the wrong puncture-resistant gloves. When your work involves contact with sharp objects, using puncture-resistant gloves becomes crucial. Puncture-resistant gloves protect you from hazards like needles, screws, and metal burrs.
Choosing and using them correctly keeps your fingertips, knuckles, and metacarpal joints safe. This article covers how to use puncture-resistant gloves effectively. It explains puncture resistance ratings and materials with anti-puncture properties. Helping you understand the knowledge surrounding them.
The Secret of Puncture-Resistant Gloves
The most commonly used material for puncture-resistant gloves is HPPE (high-performance polyethylene) fiber. According to the ANSI/ISEA 105 standard, the highest achievable puncture resistance level is Level 5.
Uses of Puncture-Resistant Gloves
Puncture-resistant gloves are primarily used to prevent sharp objects from piercing the palms.They can also withstand puncture injuries.Once, while assembling furniture without gloves, a nail cut my finger. I simply bandaged it, but later the wound became infected.Ultimately, I had to go to the hospital for wound debridement and injections to resolve it.Beyond this incident, accidents frequently occur in other scenarios:
Beyond this incident, accidents frequently occur in other scenarios: Waste Recycling and Disposal is the most common setting for accidents. Workers sorting waste are prone to encountering hidden medical needles, broken glass, and metal fragments. Thus, the applications of puncture-resistant gloves are extensive. They can be utilized in the following industries.
- Automotive Industry: During repairs, they prevent cuts or punctures from sharp car parts and tools.
- Warehousing and Logistics: When handling and sorting goods, they guard against cuts or punctures from metal edges and sharp blades.
- Construction Industry: Protect hands from injury when handling heavy objects, sharp building materials, and rebar.
- Manufacturing: Prevent puncture wounds from sharp screws, components, and blades during production processes.
- HVAC: Safeguard hands against copper tubing and electrical wires during installation and maintenance.
- Agriculture, Forestry, and Fisheries: Prevent injuries from barbed fish, animal quills, or plant thorns during work.
- Landscaping Industry: Prevents cuts from branches, thorns, and tools like pruning shears during planting or trimming. Avoids insect stings or bites to the hands.
Thus, for hand safety and long-term economic benefits, wearing gloves with puncture-resistant properties is essential.
What Are ANSI Puncture-Resistant Gloves?
Since entering the glove industry, we’ve often been asked, “What exactly are ANSI gloves?”
ANSI is a private nonprofit. Its full name is the “American National Standards Institute.” It sets standards to keep workers safe. ANSI puncture-resistant gloves are made to protect hands from sharp objects like needles, nails, and glass. They are gloves certified by the American National Standards Institute (ANSI).
ANSI puncture-resistant gloves are primarily made from fabrics and high-performance fibers. These materials are high-performance fibers. They can resist external sharp punctures. They protect hand safety. When using them, we can work with confidence. There is no need to worry about cuts from blades or sharp points. These gloves follow regulatory standards from production to sale. When purchasing and selecting gloves, you should choose this type.
ANSI Puncture-Resistant Glove Rating Classification？
Choose gloves based on your work environment. They come in various puncture resistance levels. We conducted tests based on the standards established by ANSI/ISEA 105-2016. The gloves were tested to see how well they could handle different puncture forces. These results can serve as a reference.
| Puncture Resistance Level | Force (Newtons) | Resistance Level |
|---|---|---|
| 0 | < 10 | Very Low |
| 1 | ≥ 10 | Low |
| 2 | ≥ 20 | Low to Moderate |
| 3 | ≥ 60 | Moderate |
| 4 | ≥ 100 | Moderate to High |
| 5 | ≥ 150 | High |
The ANSI/ISEA 105 standard defines two completely distinct tests for “puncture resistance”: Probe puncture and medical needle puncture
ANSI Puncture-Resistant Glove Classification: “Nails” or ‘Needles’?
The ANSI/ISEA 105 standard categorizes “puncture resistance” into two entirely different types. You must select based on the threat:
General Puncture Protection (ASTM F2878-10):
(Nails, wood splinters, thick metal wire) tested using a thick probe.
- Level 1: ≥ 10 Newtons
- Level 2: ≥ 20 Newtons
- Level 3: ≥ 60 Newtons
- Level 4: ≥ 100 Newtons
- Level 5: ≥ 150 Newtons
Medical Needle Puncture Protection (ASTM F2878-10)
(Medical needles, fine needles, syringes)
- Level 1: ≥ 2 Newtons
- Level 2: ≥ 4 Newtons
- Level 3: ≥ 6 Newtons
- Level 4: ≥ 8 Newtons
- Level 5: ≥ 10 Newtons
Note: The protection level depends on whether they guard against needles or nails.
Material of puncture-resistant gloves
Different puncture-resistant gloves are made from varying materials. They also offer subtle differences in performance. Understanding these material distinctions helps select the appropriate puncture-resistant gloves.
Nitrile Coatings:
- Description: Features nitrile rubber dots covering critical areas like fingertips and palms.
- Advantages: Provides excellent abrasion resistance and slip resistance. Distributes puncture force effectively.
Woven Kevlar:
- Advantages: Extremely lightweight and highly resilient. Effectively prevents puncture hazards.
- Applications: Suitable for bulletproof vests and other high-performance gloves.
Metal Mesh:
- Advantages: High protection against needle punctures and various penetration risks.
- Disadvantages: Performance degrades with use and time. Less comfortable to wear.
- Applications: Widely used in industries with high puncture risks or meat processing.
Dyneema:
- Description: A high-performance fiber material. A high-strength polyethylene fiber.
- Advantages: Superior puncture resistance and cut resistance. Lightweight, comfortable, and breathable.
- Applications: Commonly used in bulletproof vests and protective equipment tools.
Epoxy Plates:
Also known as epoxy resin plates. They offer excellent puncture resistance. They provide multi-layered protection for the hands. They perform slightly better than leather gloves.
Leather:
This is the most common glove material. It can withstand some lower-level puncture risks. Yet, it cannot withstand slightly higher puncture risks.
How to Choose the Right Puncture-Resistant Gloves?
Puncture-resistant gloves come in various grades. They also vary in specifications and sizes. Thus, selecting the appropriate gloves requires considering many factors. This ensures optimal protection for your hands. I once suffered an injury because the gloves I purchased were too small. They failed to provide full hand protection.
Here are key considerations for selection:
- Palm Size: Before selecting gloves, measure your hand length. Then choose gloves of the same specification.
- Work Environment: If the work environment is damp or filled with chemicals. Then the selected gloves must feature chemical resistance or waterproof coatings.
How to choose? Opt for polyurethane-coated gloves or nitrile-coated puncture-resistant gloves. - Comfort and Flexibility: High-puncture-resistant gloves are made from thicker materials than standard gloves. Thus, they are less suitable for tasks requiring high dexterity.
How to choose? Consider gloves coated with aramid fiber. - Grip Friction: Anti-puncture gloves feature various coatings. Select gloves with different friction levels.
How to choose? Opt for silicone-coated gloves or gloves with PU dot-pattern coatings.
Choose M-tide Puncture-Resistant Gloves
M-tide’s puncture-resistant gloves meet diverse puncture protection requirements. Compliant with regulatory standards. Our puncture resistance is exceptional. Especially for workers handling sharp and pointed objects. Protecting hands while ensuring work quality. M-tide is committed to providing perfect service to every customer. We welcome your inquiries and will resolve them for you. M-tide is the perfect manufacturer of puncture-resistant glove solutions.
Frequently Asked Questions
Can puncture-resistant gloves be washed?
ANSI-certified puncture-resistant gloves can be washed. Yet, select cleaning agents and methods based on the material. Additionally, each style of glove must be stored in a cool, dry place after washing. This helps maintain their service life.
2. When should puncture-resistant gloves be replaced?
Regular inspection and replacement of gloves are essential. Gloves wear out or tear with frequent use. Thus, after each use, carefully inspect the gloves for any damage. If damage is found, replace them immediately.
What is the difference between EN388:2016 and ANSI/ISEA 105-2016?
Both standards test the protective rating of work gloves. ANSI/ISEA 105-2016 is from the American National Standards Institute and the International Safety Equipment Association. These are two non-profit private organizations. EN 388:2016 has a broader scope of application. It is an internationally recognized European standard.
What are the ANSI 105 requirements for puncture-resistant gloves?
ANSI 105 specifies safety and performance standards for gloves used in work applications. For puncture resistance, gloves must meet the prescribed test criteria before being sold or used. The standard puts gloves into five levels of puncture resistance. These levels range from 0 to 5.
