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Cut Resistant Fabric

Cut Resistant Fabric Manufacturer for PPE & Industrial Safety

 

High-Performance Cut Resistant Fabric for OEM & Bulk Buyers

 

Fuliong Hi-Tech Material is a professional cut resistant fabric manufacturer and exporter, supplying reliable protective textile solutions for PPE brands, safety glove manufacturers, and industrial distributors worldwide. Our fabrics are engineered to deliver certified cut protection, consistent quality, and OEM-level customization, helping our partners reduce safety risks and comply with international standards.

 

Bright Your Business At Fuliong

"Quality and integrity come first" is not just Fuliong's business motto. Fuliong, your customized solution and protection, warmly welcomes your visit and commerce all the time.

 

 

Cut Resistant Fabric Product Range

 

Fabric Type Fiber Composition Cut Resistance Level Weight (gsm) Recommended Use Standards
UHMWPE Cut Resistant Fabric UHMWPE / Polyester ANSI A4–A6 180–320 Industrial gloves, sleeves EN 388 / ANSI
Aramid Cut Resistant Fabric Para aramid/Meta Aramid ANSI A5–A7 200–350 Protective workwear EN 388 / ANSI
UHMWPE + Aramid + Metal Fiber Blended Fabric UHMWPE + Aramid + Metal Fiber ANSI A6–A9 220–500 High-risk PPE applications EN 388 / ANSI
Lightweight Cut Resistant Fabric UHMWPE blends ANSI A2–A4 120–180 Liners, comfort gloves EN 388 / ANSI

 

Customization Available: fabric width, weight, color, knitting structure, coating, roll length, and packaging.

👉 Tell us your required cut level and application – our engineers will recommend the right fabric.

 

Buy cut resistant fabric for your own project

Anti-cutting cloth is a kind of material made of high-strength fiber as a material, generally according to the requirements of different materials are also very different, commonly used are aramid, HPPE, package wire yarn.

 

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What are the differences between Kevlar fiber and carbon fiber

Why Global Buyers Choose Fuliong Hi-Tech Material

Fuliong is a dedicated manufacturer specializing in high-performance safety textiles, with years of experience serving international PPE brands and industrial distributors. We focus on engineering-driven fabric solutions, strict quality control, and reliable global supply, helping our customers bring compliant and competitive safety products to market.

 

  • Certified cut resistance according to EN 388:2016 & ANSI / ISEA 105
  • Multiple cut levels available: ANSI A2–A9 / EN 388 B–F
  • Advanced fibers: UHMWPE, Kevlar®, Para Aramid/Meta Aramid, Blended Yarns
  • Stable production capacity for long-term supply
  • OEM / ODM support for private-label safety products
  • Get a Quote | Request Samples | Download Technical Data

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Materials & Manufacturing Technology

 

Fuliong selects and engineers high-performance fibers to ensure reliable and repeatable cut protection across different applications. Our materials portfolio includes UHMWPE, aramid fibers such as Para Aramid/Meta Aramid, and carefully designed blended yarn systems. UHMWPE offers an excellent strength-to-weight ratio for lightweight and flexible protection, while aramid fibers provide enhanced cut resistance, heat stability, and durability. Through optimized blending, we balance protection level, abrasion resistance, flexibility, and wearer comfort to meet various PPE and industrial requirements.

 

Manufacturing capabilities

Our manufacturing process focuses on structural optimization and process control to deliver consistent performance at scale. We apply warp knitting and weft knitting technologies, combined with precise yarn density and stitch design, to enhance cut resistance efficiency. Optional finishing processes such as coating and lamination are available to improve abrasion resistance, grip, or service life. From raw material inspection to in-process monitoring and final performance verification, strict quality control ensures stable cut resistance and batch-to-batch consistency for long-term supplier.

 

Different Cut Resistance Levels and What They Mean

Cut proof fabric
Cut Proof Fabric
Anti Cut Fabric For Backpack
Cut-resistant fabric

When you're buying gloves, it's helpful to understand both US and European cut resistance classification systems. Many gloves sold in the US will show both.

 

The American Standard: ANSI/ISEA 105
In the US, the American National Standards Institute (ANSI) provides cut resistance ratings for gloves. In 2016 ANSI and ISEA (International Safety Equipment Association) released an updated scale with 9 levels of cut protection. The levels indicate how many grams of cutting load a glove can withstand from a sharp blade before being penetrated.

A1: 200 - 499 grams
A2: 500 - 999 grams
A3: 1000 - 1499 grams
A4: 1500 - 2199 grams
A5: 2200 - 2999 grams
A6: 3000 - 3999 grams
A7: 4000 - 4999 grams
A8: 5000 - 5999 grams
A9: 6000+ grams

 

The European Standard: EN 388
In Europe, the European Commission regulates cut resistance ratings. Their standard is called EN 388. The European Commission’s standard includes two different cut resistance tests: the TDM-100 Test (the same machine that ANSI uses) and the Coup Test. That means, when looking at EN 388 cut levels for any glove you’re considering purchasing, you’ll want to look at these two different ratings:

1)EN 388 TDM-100 Cut Resistance Levels:
A: 2 - 4.9 newtons (204 - 508 grams)
B: 5 - 9.9 newtons (509 - 1019 grams)
C: 10 - 14.9 newtons (1020 - 1529 grams)
D: 15 - 21.9 newtons (1530 - 2242 grams)
E: 22 - 29.9 newtons (2243 - 3058 grams)
F: 30+ newtons (3059+ grams)

 

2)EN 388 Coup Test Levels:
3: Abrasion rating
X: Cut (Coup Test) rating
4: Tear rating
4: Puncture rating
D: Cut (TDM-100) rating
P: Impact protection rating (P means it passed the impact protection test, which is a pass/fail test).

 

Applications of Cut Resistant Fabric

 

Cut-resistant fabric finds application across various industries and activities where there's a risk of injury from sharp objects or machinery. Here are some common applications:

 

Industrial Workwear
Cut-resistant fabric is used in manufacturing industries where workers handle sharp materials or machinery, such as metal fabrication, glass handling, and automotive assembly.

 

Kitchen and Food Handling
In commercial kitchens and food processing facilities, cut-resistant gloves and aprons made from this fabric protect workers from sharp knives and other kitchen tools.

 

Construction and Carpentry
Workers in construction and carpentry benefit from wearing clothing reinforced with cut-resistant fabric, especially when handling power tools like saws and blades.

 

Security and Law Enforcement
Law enforcement and security personnel may use cut-resistant clothing to protect against knife attacks or other sharp weapons.

 

Medical and First Responder Gear
Cut-resistant fabric is integrated into gloves and garments worn by medical professionals during procedures where sharp instruments are used, reducing the risk of accidental cuts.

 

Recreational Activities
Outdoor enthusiasts engaged in activities such as rock climbing, hiking, and hunting may wear garments with cut-resistant fabric to protect against abrasions and cuts from sharp rocks or branches.

 

Waste Management and Recycling
Workers in waste management and recycling industries handle sharp objects like broken glass or metal, making cut-resistant clothing essential for safety.

 

DIY and Home Improvement
DIY enthusiasts and homeowners working on projects involving power tools can benefit from wearing protective clothing made from cut-resistant fabric to prevent injuries.Landscaping and Gardening:
Professionals in landscaping and gardening utilize cut-resistant gloves and clothing to protect against sharp branches, thorns, and other hazards.

 

 
Our Certification

 

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Frequently Asked Questions about Cut Resistant Fabric
What Is Cut Resistant Fabric?

 

Cut-resistant fabrics are materials designed to withstand cutting and slashing action, providing protection against sharp objects. These fabrics use strong fibers such as amide, UHMWPE or steel fiber, arranged in specific patterns. It can be seen that the fabric was cut by a sharp blade, but it did not break and there were no marks. These fibers resist cutting motion, making it difficult for sharp objects to penetrate the fabric. Industries such as law enforcement, military, manufacturing, construction and culinary services rely on these fabrics to protect against potential injuries. In conclusion, cut-resistant fabrics are at the forefront of safety technology, providing protection for industries where the threat of sharp objects exists.

Q: What material is resistant to cutting?

A: For example, Kevlar is a type of fiber woven into fabrics to make them cut-resistant. However, other materials, such as synthetic leather and thermoplastic rubber, can also be used for protection.

Q: What is abrasion resistant fabric for protective bags?

A: Abrasion resistant fabric withstands surface wear from rubbing, extending the life of a product and protecting the person who wears it.

Q: What material is knife resistant?

A: Most often, woven fabrics are used for stab protection, often using aramid or aramid hybrid yarns.

Q: What is better than Kevlar?

A: Twaron is an extremely popular alternative to Kevlar. This product is tough, light, and resistant to harmful chemicals and high temperatures. It is often chosen for its ability to make ordinary products unbelievably durable. Twaron, generally, has the same chemical structure as Kevlar.

Q: Can a knife go through Kevlar?

A: Kevlar is a synthetic fiber commonly used in body armor manufacturing due to its strength and durability. It can provide great protection against knife threats as the tightly woven fibers are difficult to puncture and can deflect slashing attacks as well.

Q: What are cut resistant knitted fabrics made of?

A: Cut resistant fabrics are made with polymeric and nonpolymeric high performance fibres such as high tenacity polyester, nylon,loyotropic polymer fibres, gel spun fibres and thermotropic liquid crystalpolymer fibres. New products are also made with core and wrapped yarns bysuitable combination of specialty fibres and yarns in different fabric weaves.

Q: What is cut-resistance?

A: Cut-resistance is one of six mechanical hazards governed by the European safety standard EN 388. The EN 388 cut-resistance test gives a rating to each glove based on the amount of pressure it can withstand from a sharp object before it shows signs of laceration.

Q: What is aramid fiber?

A: Aramid fiber is a strong and heat-resistant synthetic fiber that is widely used in various industries, including aerospace, military, and automotive. It is known for its exceptional strength-to-weight ratio and its ability to withstand high temperatures. Aramid fiber is made from a polymer called polyamide, which is composed of aromatic rings linked by amide groups.
The most well-known brand of aramid fiber is Kevlar, which was developed by DuPont in the 1960s. Aramid fibers are renowned for their excellent resistance to impact, abrasion, and flame. They are often used in applications that require high strength, such as bulletproof vests, ropes, and tires.

Q: What are aramid fibers used for?

A: Aramid fibres have high tenacity and high resistance to stretch, to most chemicals, and to high temperature. They are well known for their relatively lightweight and resistance to fatigue and damage. Because of these properties, aramid fibres are widely used and accepted for making body armour.

Q: Is aramid good protection?

A: Aramid fibres do not melt or ignite in a normal level of oxygen, their melting point could go up to >500 °C. High chemical resistance: aramid fibres offer better resistance against risks like flashover and chemical splash because the fibres are 100% synthetic.

Q: What are different trade name of aramid fibers?

A: Aramid fibers are available with different trade names. There properties are determine by the manufacturing process, conditions in which fibers are prepared and end uses. Different trade names of aramid fibers are Kevlar, Technora, Tawron, Nomex etc. (Aramid Fibers, trade names).

Q: What are types of aramid fibers?

A: There are two main types of aramid fibers: Para-Aramid and Meta-Aramid.
Para-Aramid fibers are known for their high strength and are often used in places where strength is important, like bulletproof vests, body armor, and aerospace materials. The most well-known para-aramid fiber is Kevlar, which DuPont developed in the 1960s.
On the other hand, Meta-Aramid fibers are known for being great at resisting heat and putting out fires. They are often used in things that need protection against heat and flames, like firefighting gear, protective clothing, and insulation materials. The most well-known meta-aramid fiber is Nomex, which was also developed by DuPont.
Both types of aramid fibers have unique properties that make them suitable for different applications. While para-aramid fibers are known for their high strength and meta-aramid fibers for their heat resistance, they share many common properties, including high durability, chemical resistance, and resistance to abrasion and wear.

Q: Why is it called resistant materials?

A: Resistant materials, also known as materials technology or design and technology, refer to materials that are engineered to be durable and withstand external factors such as stress, strain, temperature, moisture, and chemicals.

Q: How to choose the cut resistant work gloves?

A: Generally, quality work gloves can be found at every hardware store. To make the right choice and purchase personal protective equipment, you need to consider some of the nuances:
Choose the right material. When it comes to chemical production or manipulations with small objects, synthetic fabrics better suit for such purposes, since they do not decompose in an acid or alkaline environment, and also fit snugly against the skin, repeating all the curves of the palm.
If the user is working with sharp or heavy objects such as steel machine parts, bricks or concrete blocks, please purchase a thick cloth product.

Q: Why cut resistant fabrics?

A: Why has cut resistant fabric become so important in today’s apparel, workwear and uniform manufacturing industries?
For many years leather was accepted as an adequate and good level of protection against cut related injuries, but a real need for much better protection called for specially engineered fabrics offering the wearer a high level of dexterity.
Cut resistant fabrics have been developed following thousands of cut and slash related injuries at all sorts of different workplaces around the world, ranging from flat glass and sheet metal production plants to prisons and other high security facilities where personnel are being faced by hostile members of the public using knives as weapons.
Offering cut resistant fabrics to garment manufacturers, means enabling them to incorporate the high-performance material into tactical clothing and uniforms, protecting the wearer from potentially horrendous cut injuries, subsequent rapid blood loss and even death.

Q: What are cut level 5 gloves made of?

A: Gloves made entirely from HPPE can typically achieve level 3/B cut resistance to EN388:2016 but when reinforced with steel or another fibre this can be increased to level 5/E cut resistance and above.

Q: Why is non-woven cut resistant fabric good?

A: The many advantages of non-woven fibers include resiliency, enhanced absorbency, improved washability, and bacterial protection. Non-woven fabrics can also be tailored to enhance certain features such as liquid repellency, impact resistance, flame retardancy, electrical insulation, and thermal insulation.

Fuliong Hi-Tech Material Co., Ltd. is one of the most professional cut resistant fabric manufacturers and suppliers in China. Should you be interested in any of our cut resistant fabric, welcome to wholesale the quality and durable products from our factory. Customized orders are welcome.

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