cut-resistant gloves manufacturer in china
M-tide is an HPPE cut-resistant glove manufacturer, tested to EN388 and ANSI/ISEA 105 standards. Offers common ANSI A3, A4, and A5 cut resistance levels. CE certified. Constructed with high-performance cut-resistant fiber weave. Balances warmth with wear comfort. Abrasion-resistant, waterproof, puncture-resistant, and highly durable. Specializes in OEM/ODM customization. Reduce corporate protective equipment costs. Essential protective gear for high-risk cutting operations. Suitable for machining and metal fabrication industries. We provide the most effective cut-resistant glove solutions!
Tested to EN388 and ANSI/ISEA 105 standards
and punctures
and styles
Product Specifications
M-tide cut-resistant gloves are specifically designed for cutting-risk applications. We offer customized modular cut-resistant gloves.
Constructed with premium cut-resistant fibers such as HPPE, fiberglass, and Kevlar® (aramid). Effectively defends against sharp object cuts. Glove surfaces feature nitrile or latex coatings. Enhances slip resistance while providing oil resistance and chemical durability. We provide custom styles to fit your needs and support large-scale production, in addition to our popular products. Contact our experts to find the right solution for your needs.
Popular Cut-Resistant Glove Manufacturer in China
With over 10 years in cut-resistant glove manufacturing, we specialize in high-quality gloves. They comply with EN388 and ANSI standards and offer protection levels from basic to high. We support ODM/OEM and custom production. We use eco-friendly materials like HPPE, fiberglass, Kevlar, and polyester. Quality control at every step guarantees that enterprise clients receive satisfactory products and services.
- Professional Reliability: Expertise accumulated from raw materials to manufacturing processes.
- Customization: Extensive experience in OEM/ODM bespoke production.
- 20 Years of Dedication: Two decades of accumulated expertise and reputation.
- Quality Control: Comprehensive quality assurance system ensuring glove safety and reliability.
Why are cut-resistant gloves cut-resistant?
M-tide produces cut-resistant gloves using three main materials: high-performance polyethylene, fiberglass, and stainless steel composite yarn. This ensures reliable protection for high-risk activities.
High-Performance Polyethylene (HPPE)
HPPE is a high-performance polyethylene fiber. It boasts exceptional tensile strength and abrasion resistance. Its low density results in lightweight, comfortable gloves. Through its unique structure, it absorbs cutting forces, preventing blades from penetrating. It keeps the gloves soft and lets fingers move easily. This way, wearers can do precise tasks without any limits.
Learn more about the advantages of cut-resistant gloves.
Fiberglass
Fiberglass is an inorganic fiber formed by melting glass. It offers high-temperature resistance and corrosion resistance. With its rigid fiber structure and high tensile strength, fiberglass creates a physical cut-resistant barrier that blocks blade penetration. It is often blended with other flexible materials in weaving.
Stainless Steel Wire
Stainless steel wire composite yarn is a material woven by combining stainless steel wire with synthetic fiber yarn. It blends the rigidity of metal with the flexibility of yarn. The stainless steel wire offers exceptional cut resistance, resisting blade penetration to fundamentally prevent cutting injuries. The composite yarn weave provides gloves with a snug fit and flexibility. Additionally, this material features puncture resistance and abrasion resistance, making it suitable for high-risk scenarios such as metal fabrication and heavy machinery operation.
Industry Standard Ratings for Cut-Resistant Gloves:
Our cut-resistant gloves comply with EN388 and ANSI/ISEA 105 standards. Under these standards, gloves are categorized into six cut resistance levels: A, B, C, D, E, and F; and nine grades: A1, A2, A3, A4, A5, A6, A7, A8, and A9. Higher numbers indicate higher grades. Check the glove cut resistance rating chart to meet your specific needs.
Customize Your Cut-Resistant Gloves
We offer customized solutions for cut-resistant gloves in terms of materials, coatings, dip-coating, and packaging.
- Material:
Composite yarns including HPPE, nylon, fiberglass, PVC, polyethylene fiber, Kevlar, etc. - Coating:
Nitrile coating, latex coating - Dipping:
Half-dip, full-dip, three-quarter dip - Printing:
Heat transfer printing, screen transfer printing
Primary Uses of Cut-Resistant Gloves
Light Cut-Resistant Applications:
Primarily EN388 Level 3 or ANSI A3/A4, suitable for contact with general sharp objects. Resists cuts from everyday sharp tools and metal debris while maintaining operational flexibility. Commonly used in food processing, automotive repair, equipment maintenance, warehouse sorting, and horticultural work.Heavy-duty cut-resistant applications:
Primarily Level 5 and ANSI A5. Designed for equipment operation, tool handling, construction, metal stamping, glass/building materials processing, and oil/gas industries. Withstands cutting and puncture risks in high-intensity tasks, providing robust hand protection for workers.
Frequentiy Asked Questions
What is the difference between A2 and A5 cut-resistant gloves?
A2 means ANSI cut resistance level 2. It can handle forces from 500 to 900 grams. This level is good for light-duty protection only. Examples include warehouse handling, packaging goods, and small parts assembly.
A5 is ANSI cut resistance level 5. It can handle forces from 2200 to 2999 grams. It’s great for medium to heavy-duty tasks. This includes glass handling, cutting, construction work, and food processing.
How to Select Gloves Based on ANSI Cut Resistance Levels?
Here are recommendations based on varying protection levels:
- A1-A3: Suitable for light protection, such as cardboard handling, plastic or waste recycling
- A4-A6: Good for medium to heavy protection. This includes construction work and glass handling.
- A7-A9: Great for heavy or extreme protection. Ideal for metal processing and handling or fabricating sheet materials.
Are cut-resistant gloves 100% cut-proof?
No. No cut-resistant glove offers 100% protection. Any glove that claims to be completely cut-resistant is misleading. You should report it to the authorities. Even the best gloves can be cut if they face forces beyond their limits. Crucially, cut-resistant gloves do not prevent puncture injuries.
Can leather provide cut resistance?
Leather itself does not offer cut resistance. Leather is treated animal hide. It’s often used as a lining in cut-resistant gloves. This is because it resists abrasion well. It reinforces linings made from materials like Kevlar or Dyneema.
Can cut-resistant gloves be washed?
Absolutely. Proper washing and maintenance extend glove lifespan.
Always follow the care instructions:
- Use specialized detergent.
- Gently scrub with lukewarm water.
- Rinse thoroughly.
- Air-dry completely.
- Store in a cool, dry place.
Is a higher cut-resistance rating always better for gloves?
Not necessarily—this is a common misconception. When selecting cut-resistant gloves, consider your specific application, the glove material, and comfort. High cut-rated gloves provide great protection, but they can be uncomfortable. This may reduce hand flexibility and dexterity.
Do cut-resistant gloves eliminate the need for other protective gear?
This is a very incorrect assumption. Cut-resistant gloves are specialized equipment designed to protect hands from cuts. They are great for cut and abrasion resistance. However, you still need extra gear for sharp objects, extreme temperatures, or arm protection.
What materials are commonly used in cut-resistant gloves, and how do they differ?
- Kevlar: A synthetic fiber known for being lightweight and durable. It offers excellent heat resistance and strong cut and puncture protection.
- High-Performance Polyethylene (HPPE) is a super-strong, lightweight material made from ultra-high molecular weight polyethylene. It provides superior cut resistance, making it suitable for food processing applications.
- Glass Fiber: This material is often mixed with HPPE. This blend boosts cut resistance, reaching A9 levels, all while staying lightweight.
- Metal Mesh: Constructed from stainless steel, it provides superior cut resistance. While durable, it offers lower comfort levels.
