Hands face various risks and hazards during work. Protective gloves are essential for effective hand protection. ANSI protective standards represent the mainstream in safety gloves in the United States, encompassing many protection levels and types. This article will help you understand ANSI protective gloves better. It will also guide you in choosing gloves with the right ANSI rating. Use ANSI/ISEA 105 (for mechanical hazards) and ANSI/ISEA 138 (for impact protection) as the two key standards to focus on.
What are the different types of ANSI glove ratings?
I’d like to introduce each glove type and its corresponding rating. I hope every customer can select the most suitable gloves to protect their hands.
ANSI protective ratings for work gloves are primarily categorized into four types:
- Cut resistance rating
- Impact protection rating
- Abrasion resistance rating
- Puncture resistance rating
Each rating corresponds to distinct force levels and types of impact resistance. Thus, different protective gloves are suited for different application scenarios.
Which ANSI Cut-Resistant Levels are Right for You?
ANSI/ISEA 105 features nine levels from A1 to A9. I will detail each level. Based on protective capability, construction materials, and application scenarios.
ANSI/ISEA Cut Level A1
A1-level gloves provide basic cut protection. They withstand 200-499 g of cutting force.
Primary Materials:
- Polyester
- Nylon
- Standard yarn
Applications:
- Parts assembly
- Box handling
- Light cut protection
MTIDE-C002 A1 Cut-Resistant Gloves
Features 15-gauge knitting technology with a nylon lining, delivering a lightweight and slim design for perfect hand fit and comfortable wear. These gloves are touchscreen compatible and provide A1-level cut protection, effectively balancing hand flexibility with light protection.
Features:
- Basic cut protection
- High flexibility
- Slim and form-fitting
- Touchscreen compatible
ANSI/ISEA Cut Level A2
A2-rated gloves primarily provide light cut protection. They withstand cutting forces of 500-999 grams.
Primary Materials:
- Polyester
- Nylon
- Standard yarn
Applications:
- Assembly
- Construction
- Automotive Maintenance
MTIDE-G007 A2 Cut-Resistant Gloves
MTIDE-G007 features 18-gauge knitting technology, incorporates an HPPE liner, and has an ergonomic design for optimal hand structure. Its unique palm construction enhances grip while being breathable and abrasion-resistant, making it suitable for moderate cut-resistance scenarios.
Features:
- Breathable and comfortable
- High flexibility
- Lightweight and form-fitting
- Anti-slip and wear-resistant
ANSI/ISEA Cut Level A3
A3-rated gloves are primarily designed for moderate cut protection. They withstand cutting forces of 1000-1499g.
Primary Materials:
- Kevlar
- HPPE
- Standard Yarn
Applications:
- Light Metal Fabrication
- Automotive Repair
- HVAC
- Construction
MTIDE-Y003 A3 Cut-Resistant Gloves
MTIDE-Y003 features a nylon and Kevlar hybrid liner that enhances cut resistance while ensuring comfort, paired with a latex coating that further improves grip capability, providing A3-level cut protection.
Features:
- Breathable and slip-resistant
- High flexibility
- Waterproof and chemical-resistant
- Anti-slip and abrasion-resistant
ANSI/ISEA Cut Level A4
A4-rated gloves are primarily designed for moderate cut protection. They withstand cutting forces of 1500-2199 grams.
Primary Materials:
- kevlar
- HPPE
- dyneema
Applications:
- Aviation
- Metalworking
- Glass Handling
MTIDE-G006 A4 Cut-Resistant Gloves
MTIDE-G006 features 18-gauge construction, exceptionally lightweight and thin. The HPPE liner ensures flexibility and comfort, provides A4-level cut resistance, and offers anti-slip grip with touchscreen compatibility. It is ideal for medium-to-high cut hazard environments.
Features:
- Breathable and slip-resistant
- Touchscreen compatible
- Anti-slip and abrasion-resistant
ANSI/ISEA Cut Level A5
A5-rated gloves are primarily designed for moderate cut protection. They withstand cutting forces of 2200-2999 grams.
Primary Materials:
- Kevlar
- Dyneema
- Metal fibers
Applications:
- Construction processing
- Machine processing
- Glass handling
MTIDE-G005 A5 Cut-Resistant Gloves
Features an HPPE and synthetic fiber composite liner, provides A5-level cut resistance, and delivers exceptional abrasion resistance and grip performance. It has chloroprene rubber coatings that are soft and form-fitting, making it suitable for medium-to-high-risk machining environments.
Features:
- A5-rated cut protection
- Outstanding abrasion resistance for long-lasting durability
- Superior grip for stable handling
ANSI/ISEA Cut Level A6
Grade A6 gloves are primarily used for high-intensity cut protection. They can withstand cutting forces ranging from 3,600 to 4,999 g.
Primary Materials:
- Kevlar
- PE Fiber
- dyneema
Applications:
- Aviation
- Metal Fabrication
- Glass Handling
MTIDE-G002 A6 Cut-Resistant Gloves
A6 cut-resistant levels with a PE fiber/glass fiber composite liner, suitable for high-risk cutting operations such as metal processing and glass handling. Threaded cuffs offer excellent elasticity, breathability, flexibility, and strong grip.
Features:
- Superior friction performance
- Elastic comfort
- Anti-slip and wear-resistant
ANSI/ISEA Cut Level A7
A7-rated gloves are primarily designed for heavy-duty cut protection. They can withstand cutting forces of 4000-4999 grams.
Primary Materials:
- Kevlar
- HPPE
- Metal Fibers
- Dyneema
Applications:
- Sheet metal handling
- High-cut-risk environments
- Manufacturing
ANSI/ISEA Cut Level A8
A8-rated gloves are primarily designed for heavy-duty cut protection. They withstand cutting forces of 5000-5999 grams.
Primary Materials:
- Kevlar
- High-Performance Polyethylene (HPPE)
- dyneema
- Metal Fibers
Applications:
- Heavy equipment maintenance
- Oil and gas
ANSI/ISEA Cut Level A9
A9-rated gloves are primarily designed for heavy-duty cut protection and can withstand cutting forces of 6000+ grams.
Primary Materials:
- Kevlar
- HPPE
- dyneema
- Metal fibers (steel wire, metal)
Applications:
- Extreme cut hazards
- Heavy industry
How to Choose the Right ANSI Gloves?
The market offers a wide variety of gloves. ANSI gloves are a type of high-protection glove. So, how do you choose the most suitable gloves? Here’s a brief introduction:
Determine the Work Environment and Protection Type:
First, identify the work environment and nature of the task. Determine whether you are in a light industrial or heavy industrial application scenario.
- Light-duty work scenarios.Such as paper cutting, light material handling, parts assembly, etc.
- Heavy-duty work scenarios. Automotive construction, heavy machinery manufacturing, metal processing, and similar applications.
After determining the work scenario, identify the required protection type.
- For example, paper-cutting scenarios need cut-resistant gloves.
- Scenarios involving hammering or tool impact need impact-resistant gloves.
Determine the protection level:
Select based on the application scenario and the forces likely to be encountered. If uncertain, feel free to contact MTIDE. We will recommend the most suitable protection level for you.
Ensure flexibility and comfort:
When selecting protective gloves, focus on comfort and flexibility.
- Overly thick gloves with excessive protection levels sacrifice flexibility.
- If your work demands high hand dexterity, choose gloves with superior flexibility.
Ensure Durability:
Protective gloves frequently face damage and wear.
- Select gloves with superior durability.
- This extends their service life,
- avoids frequent replacements and effectively reduces costs.
- Typically, focus on whether the glove material is made from highly durable substances.
Choosing the right ANSI protective gloves is crucial. Only by selecting the correct type and protection level of ANSI gloves, can effective protection be achieved.
M-tide offers gloves in various ANSI cut-resistant ratings
M-Tide specializes in developing high-quality protective gloves with outstanding protective performance. Our protective gloves have been tested and certified to ANSI standards, ensuring they provide the most reliable hand protection.
We offer a wide variety of protective gloves, including impact-resistant, puncture-resistant, cut-resistant, abrasion-resistant, and chemical-resistant types, among others. These gloves can fully meet the demands of various work environments and deliver stable, dependable protection against different types of hazards and risks.
Our goal is simple: to give workers peace of mind, so they can wear our gloves with confidence and focus on their tasks safely.
If you would like to learn more about protective gloves, or need guidance on how to select the right type and ANSI protection level for your specific needs, please feel free to contact us!
Frequently Asked Questions
What is the optimal ANSI cut resistance rating?
The highest ANSI cut resistance rating is Level 9.
- Characteristics: It can withstand cutting forces exceeding 6000g.
- Applications: Used for protection in scenarios with significant cutting hazards.
- For example, heavy machinery operations in certain heavy industrial settings.
The optimal ANSI cut resistance rating should be the most suitable one. It can be selected based on the application scenario and varying cutting forces. Select the appropriate cut resistance level.
What is the difference between A3 and A5 ANSI protective gloves?
A3 and A5 cut-resistant gloves offer different levels of protection.
- A3 gloves protect against forces of 1000-1499 grams. They are primarily used in environments with moderate cutting risks.
- A5 gloves protect against forces of 2200-2999 grams. They are primarily used in industrial settings. Such as machining, construction processing, and glass manufacturing.
What is the difference between ANSI A1 and A9 protective gloves?
The cut-resistant gloves A1 and A9 offer different levels of protection. A1 provides limited protection and only offers mild cut resistance.
- Features: Can withstand forces of 200-499g.
- Applications: Primarily used in part assembly, warehousing, logistics, and other low-risk cutting scenarios.
A9 represents the highest level of cut resistance and provides effective protection.
- Characteristics: Can withstand forces exceeding 6000g.
- Applications: Primarily used in environments with high-risk cutting hazards.
- Such as heavy industry, heavy machinery construction, etc.
