1. What are cut resistant gloves?
Cut resistant gloves, also called cut proof gloves or knife resistant gloves, are designed to protect your hands from cuts and slashes.
2. Why cut resistant gloves are essential?
According to the Occupational Safety and Health Administration (OSHA), employers must provide employees with appropriate hand protection when exposed to hazards such as cuts, lacerations, punctures, chemical burns, or extreme temperatures. While this requirement is for industrial workplaces, the same principle applies to everyday tasks — using cut-resistant gloves at home, in the kitchen, or during DIY projects can help prevent hand injuries from knives, glass, sharp tools, and other common hazards.
Benefits of Cut Resistant Gloves
- Prevent Hand Injuries
- Enhance Safety and Efficiency
- Maintain Dexterity and Grip
3. What are cut resistant gloves made of?
Cut-resistant gloves are made from a variety of high-strength fibers and materials designed to protect hands from sharp objects while maintaining comfort and dexterity.The main materials include:
Kevlar® – Lightweight, flexible, high cut resistance (Kevlar gloves, Kevlar work gloves).
HPPE – Strong and often nitrile-coated for grip and wet/oily conditions (HPPE cut-resistant gloves, nitrile-coated gloves).
Leather – Durable with natural grip, used for heavier tasks (cut-resistant leather gloves, cut-proof leather gloves).
Metal/Chainmail – Maximum protection for very sharp tools (metal gloves for cutting, chainmail gloves).
Choosing the right material depends on your task, hazard level, and dexterity needs.
4. What are cut resistant gloves levels？
When it comes to evaluating the protection levels of work gloves, two major industry standards are recognized worldwide: ANSI/ISEA 105-2016 and EN 388:2016.
ANSI/ISEA 105: U.S. standard which rates cut-resistant gloves from A1 to A9 based on their performance against cutting hazards.
EN 388:2016: European standard which evaluates gloves for cut using numbers or letters (e.g., 1–5 or A–F) to indicate protection levels.
Both standards assess cut, abrasion, puncture, and tear resistance, but they are not directly comparable due to their different testing methodologies and classification systems.
Schwer products are described mainly according to the ANSI/ISEA 105 standard, while EN 388:2016 ratings are also included. >>>Learn More
5. What's the difference from ANSI A1-A9?
ANSI cut levels range from A1 to A9, with higher numbers offering greater protection against sharp objects.
Grams of Force
A1 - Level 1: Grams of Force≥200
A2 - Level 2: Grams of Force≥500
A3 - Level 3: Grams of Force≥1000
A4 - Level 4: Grams of Force≥1500
A5 - Level 5: Grams of Force≥2200
A6 - Level 6: Grams of Force≥3000
A7 - Level 7: Grams of Force≥4000
A8 - Level 8: Grams of Force≥5000
A9 - Level 9: Grams of Force≥5000
>>>Learn More
6. Where can cut resistant gloves be used?
Cut resistant gloves are used across a wide range of industrial and everyday tasks. They are essential in construction, mechanical work, manufacturing, metal fabrication, demolition, plumbing, woodworking, glass and steel handling, and cleanroom applications.
They are also widely used in kitchens for food preparation, meat cutting, butchering, mandoline slicing, and general cooking, helping prevent injuries from sharp tools.
For outdoor or cold environments, cut resistant winter gloves offer both warmth and protection.
Overall, these gloves are suitable anywhere workers need both dexterity and reliable protection from sharp hazards.
7. Can one pair of gloves protect you from cuts—and much more?
Multi-purpose cut resistant gloves show that cut protection has become only the basic requirement. Modern workplaces demand gloves that combine cut resistance with additional features—such as waterproofing, puncture and stab protection, impact resistance, heat resistance, chemical protection, insulation, or lightweight flexibility.
By integrating multiple safety functions into one glove, they meet the evolving needs of workers who face more than just cut hazards, making multifunctional protection the new standard.
