Nylon yarn is the most commonly used material for manufacturing gloves. It offers excellent elasticity, resulting in gloves with good flexibility. It also possesses a certain degree of abrasion resistance. It is typically used to make protective gloves and work gloves. In practical applications, nylon yarn is often combined with other materials to create composite yarns. This blog post will take just 3 minutes to give you a detailed understanding of nylon yarn used in gloves!
What Is Nylon Yarn Used for in Gloves?
Nylon yarn is a thermoplastic synthetic material made from polyamide. It offers excellent strength and abrasion resistance. When used in protective gloves, it provides a variety of mechanical protection.
Common Forms of Nylon Yarn:
- As part of a composite yarn:
Typically combined with elastic fibers or thermoplastic polymers to further enhance elasticity. - As a wrapping yarn:
Nylon yarn wraps around cut-resistant fibers, such as glass fibers. This enhances both durability and comfort.
Common types of nylon yarn:
- Nylon 66
High heat resistance, strong, excellent abrasion resistance, very stable. - Nylon 6
Softer, better elasticity, higher moisture absorption, more comfortable feel.
Image source: UVTECO
Common Blends of Nylon Yarn for Gloves
Nylon yarn offers excellent durability and good elasticity. It also has good abrasion resistance. In the glove industry, nylon yarn is typically blended with various other fibers. It is sometimes combined with coatings as well. Common blends of nylon yarn used in gloves are as follows:
Nylon-Wool:
Features:
- Warm
- Comfortable to wear
- Suitable for extended wear
- Common blend ratio: 25% nylon, 75% wool
Nylon-Cotton:
Features:
- Soft and comfortable
- Hypoallergenic
- Good elasticity
- Common blend ratio: 40% nylon, 60% cotton
Nylon-Spandex:
Features:
- Smooth and lightweight
- Excellent elasticity
- Good flexibility
- Common blend ratio: 95% nylon, 5% spandex
Nylon-Acrylic:
Acrylic yarn offers excellent thermal insulation. It provides good warmth and is ideal for use in cold environments or during winter. Acrylic-nylon blended yarn also boasts outstanding durability and strength. It has a smooth texture and is comfortable to wear.
Features of Nylon-Acrylic Yarn Gloves:
- High comfort
- Moisture-wicking and breathable
- Common blend ratio: 35% nylon, 65% acrylic
Nylon-HPPE:
A combination of nylon yarn and high-performance polyethylene (HPPE) yarn is also common. HPPE offers excellent cut resistance and abrasion resistance. It is typically wrapped in a nylon yarn blend. This combination provides durability, comfort, and cut resistance.
Features:
- Cut resistance
- Excellent abrasion resistance
- Good breathability
- Common blend ratios: Nylon 45% HPPE 55%
Nylon-Nitrile Rubber Coatings:
Because nylon yarn offers good breathability, the coatings penetrate easily into the glove liner, allowing for better adhesion. Nylon provides elasticity and tactile sensitivity, while the nitrile coating delivers excellent grip.
Features:
- Excellent durability
- Good breathability
- Excellent grip in wet and greasy environments
- Common blend ratios: Nylon 70% Nitrile rubber 30%
Applications of Nylon Yarn Gloves
Nylon yarn gloves offer excellent elasticity and durability. Their flexibility makes them suitable for use in many fields. Common applications are listed below.
Lightweight Precision Work
Lightweight precision work, such as chip processing and manufacturing, handling electronic components, and the pharmaceutical industry. These precision tasks require a clean work environment free of fingerprints. Nylon yarn gloves do not shed fibers easily. They are also lightweight and form a snug fit, allowing for precise movements.
Logistics and Warehousing
Common tasks include handling electronic products, assembling and sorting items, and material handling. These tasks require sensitive tactile feedback. Since they involve prolonged periods of work, the gloves must be worn for extended periods and provide comfort. Nylon yarn gloves offer good flexibility and abrasion resistance, along with a certain degree of stretch.
Work in Damp and Greasy Environments
Common tasks include maintenance work, automotive parts assembly, and parts sorting. These tasks are typically performed in greasy and damp environments. Excellent grip is required, along with good flexibility. Nylon-nitrile gloves with coatings or nylon-dotted gloves both demonstrate outstanding grip in greasy and slippery conditions.
Cutting-Risk Scenarios
Common tasks include: metalworking, handling sharp glass edges, and sheet metal fabrication. These tasks involve risks of cuts and lacerations. Nylon gloves are typically blended with fibers known for excellent cut resistance. Such as Kevlar and HPPE, to provide superior cut protection.
Which is better: nylon gloves or cotton gloves?
Nylon gloves: Made from nylon yarn. They offer excellent flexibility and maintain a snug fit even after prolonged use.
Features:
- Excellent abrasion resistance
- Good elasticity
- Excellent tear resistance
- High dexterity
For tasks requiring prolonged wear, high durability, and hand dexterity, such as sorting and packaging, handling small parts in the machinery industry, or precision work, nylon gloves are recommended.
Cotton gloves: Made from cotton fibers, or a blend of cotton and polyester.
Features:
- Good breathability
- Soft and comfortable
- Limited abrasion resistance
For tasks involving installation, handling, food processing, or light industry work, where comfort and breathability are priorities, cotton gloves are recommended.
M-tide offers professional nylon yarn gloves.
M-tide offers professional nylon glove solutions. With 10 years of professional manufacturing experience. Our nylon yarn gloves feature excellent elasticity and superior comfort. They have passed various standard tests. We offer a variety of nylon yarn combinations and support different types of coatings. We support nylon yarns in gauges 7, 9, 10, 13, 18, and more. We also provide customized solutions for various applications! If you’d like to learn more, please feel free to contact us!
