13G BLACK NITRILE COATED BLACK POLY

Introduction

In today’s industrial and manufacturing environments, the demand for reliable hand protection continues to grow. Workers across industries such as metal fabrication, woodworking, automotive, and aerospace are exposed daily to mechanical hazards—sharp edges, abrasive surfaces, heavy tools, and oil-coated machinery. For such demanding applications, ordinary gloves simply don’t suffice.

To meet these challenges head-on, we introduce the Nitrile-Coated Cut-Resistant Gloves (EN 388: 4.1.2.1) — a new standard in industrial-grade protection, engineered to deliver maximum performance, superior comfort, and unbeatable durability.

Combining a cut-resistant liner with a robust nitrile coating, these gloves ensure that users experience not only protection from cuts and punctures but also outstanding grip and dexterity, even in oily and slippery environments. Designed to excel in both precision and endurance tasks, these gloves are a dependable solution for modern professionals who value both safety and efficiency.

Built to Meet the EN 388: 4.1.2.1 Standard

Safety is not a matter of compromise, and that’s why these gloves are tested and certified under the EN 388: 4.1.2.1 standard, ensuring reliable protection against mechanical hazards.

Here’s what each code digit represents under EN 388:

Together, these ratings signify a glove optimized for balanced mechanical protection, especially where abrasion, oil exposure, and handling precision are crucial.

While designed to resist light cuts and punctures, the real strength of this glove lies in its hybrid performance—blending cut protection with oil resistance, grip stability, and ergonomic comfort—making it a go-to glove for both heavy and delicate industrial work.

Material Excellence: Cut-Resistant Liner and Nitrile Coating

The glove’s superior performance begins with its innovative material construction—a synergy of a cut-resistant inner liner and a durable nitrile coating.

1. Cut-Resistant Liner

The glove features a high-strength synthetic fiber liner, engineered to resist cutting and tearing forces. This inner fabric provides a tight yet breathable fit, allowing flexibility without sacrificing protection. It shields workers’ hands from minor cuts and abrasions when handling sharp or metallic components.

Its smooth, soft texture reduces irritation, ensuring comfort during long work sessions. The liner also adapts easily to the shape of the hand, providing excellent dexterity for precise tasks such as tool operation, component fitting, or metal finishing.

2. Robust Nitrile Coating

The outer nitrile coating adds a strong defensive layer, designed to handle oily, abrasive, and rugged conditions. Nitrile is one of the most versatile synthetic rubbers in the glove industry, known for its oil, grease, and chemical resistance.

This coating ensures:

• Superior Grip: The micro-textured surface enhances traction in dry, wet, or oily conditions.

• Abrasion Resistance: Ideal for repetitive mechanical contact and friction-intensive tasks.

• Puncture Defense: Acts as a shield against minor tool punctures and splinters.

• Oil and Liquid Barrier: Prevents fluid penetration, keeping the inner liner and skin dry.

The nitrile layer is tough yet flexible, providing a balance of protection and tactile sensitivity crucial for handling tools, sharp parts, and machinery.

Oil, Abrasion, and Puncture Resistance

Work environments in metal, construction, and manufacturing often expose workers to oil-coated machinery, metallic debris, and rough materials. These gloves are engineered to perform even in the harshest of these conditions.

Oil Resistance

The nitrile coating prevents oils, greases, and lubricants from seeping through the glove material. Even during contact with oily tools or surfaces, the gloves maintain their non-slip grip, ensuring worker control and reducing accident risks.

Abrasion Resistance

With a rating of level 4 abrasion resistance, these gloves can handle constant contact with coarse or sharp materials such as sheet metal, wood, and automotive parts without wearing down quickly. This durability extends glove life, reducing the need for frequent replacements and lowering operational costs.

Puncture Resistance

The coating also provides resistance against small punctures, protecting hands from minor tool slips, splinters, and wire edges. While not designed for heavy puncture hazards, it provides essential protection for everyday industrial use.

Engineered for Performance and Comfort

One of the standout qualities of these gloves is their balance of performance and ergonomics. Protection means little without comfort, and these gloves are specifically engineered to ensure that workers can wear them for long durations without fatigue.

Features include:

• Ergonomic Fit: Designed to mimic the natural contour of the human hand, minimizing strain and ensuring comfort.

• Elastic Cuff: Provides a secure, snug fit that prevents debris or oil from entering the glove.

• Flexible Dexterity: Allows smooth finger movement and tool control, essential for tasks requiring precision.

• Breathable Design: The back of the glove allows air circulation to keep hands cool and sweat-free.

The glove’s lightweight construction and soft liner make it suitable for extended wear, enhancing productivity across long shifts.

Applications and Industrial Uses

These Nitrile-Coated Cut-Resistant Gloves are a versatile choice for multiple industries where handling sharp, oily, or heavy materials is routine. Below are the major areas of application:

1. Metal Fabrication & Sheet Metal Handling (🔧)

In metalworking environments, hands are constantly at risk from sharp edges, burrs, and metallic fragments. These gloves are specifically designed to provide protection while maintaining tactile precision.

Benefits for Metal Workers:

• Cut-resistant liner prevents hand injuries during handling of sheet metal and components.

• Nitrile coating enhances grip on oily, slippery surfaces.

• Excellent abrasion resistance for contact with rough or welded surfaces.

Whether bending, shaping, or assembling sheet metal, workers can perform confidently with reduced risk of cuts and abrasions.

2. Heavy-Duty Cutting Tasks (🔪)

Cutting, trimming, and shaping materials demand gloves that combine cut resistance with flexibility. These gloves offer precisely that.

Ideal for:

• Blade handling, trimming edges, and operating cutting machinery.

• Wood, metal, or rubber cutting tasks where grip and control are essential.

• Preventing slippage when handling knives or cutting tools.

Their nitrile coating ensures stable grip under oil exposure, while the liner provides protective cushioning against accidental tool slips—making them suitable for butchery tools, mechanical cutters, or industrial trimmers.

3. Woodworking & Carpentry (🪓)

In woodworking, precision and protection must go hand in hand. Sawing, carving, sanding, and assembling wooden structures expose workers to splinters, rough surfaces, and sharp instruments.

Glove Benefits for Woodworkers:

• Provides barrier protection from splinters and abrasions.

• Offers firm grip for handling saws, chisels, and hammers.

• Abrasion-resistant coating prevents wear from continuous handling of timber or machinery.

• Enhances comfort during repetitive manual tasks.

These gloves make woodworking safer without compromising on tactile feedback, ensuring that carpenters can achieve precision craftsmanship while minimizing injury risk.

4. Automotive & Aerospace Manufacturing (⚙️)

In modern automotive and aerospace facilities, workers handle a wide variety of metal parts, lubricated components, and intricate assemblies. Dexterity, oil resistance, and precision are key to maintaining production efficiency and safety.

Advantages for Automotive & Aerospace Applications:

• Oil-resistant nitrile coating ensures control over lubricated engine or turbine parts.

• Provides abrasion and minor cut resistance during assembly and inspection.

• Lightweight and breathable for long wear in production environments.

• Ideal for mechanics, assemblers, and quality control technicians.

These gloves excel in tasks such as assembling mechanical parts, tightening fasteners, inspecting aircraft panels, and handling lubricated tools—where precision and grip are crucial.

Ergonomic Fit and Enhanced Dexterity

Traditional heavy-duty gloves often sacrifice comfort for protection, leading to hand fatigue and reduced productivity. Our nitrile-coated cut-resistant gloves solve this problem with ergonomic contouring and flexible fabric design.

The glove’s form-fitting structure ensures that it feels like a natural extension of the hand. This allows for fine motor control, which is vital when handling bolts, screws, or mechanical components.

Additionally, the elastic cuff ensures a secure fit that keeps the glove in place without constriction, improving user confidence and freedom of movement.

Breathability and Skin Comfort

Despite the robust coating, the gloves remain highly breathable. The back of the glove is uncoated, allowing heat and moisture to escape, preventing sweat buildup and skin irritation.

The interior is made from soft, skin-friendly fibers that prevent chafing, making these gloves comfortable for prolonged use. The material is latex-free, making it suitable for individuals with latex sensitivities.

Durability and Cost Efficiency

Every detail of these gloves is optimized for longevity and cost efficiency. The high abrasion resistance (Level 4) ensures extended life even under rigorous working conditions, minimizing frequent replacements.

The combination of a durable nitrile coating and strong liner structure ensures that each glove can endure repetitive, high-contact tasks for weeks or months, depending on application intensity. This makes them a cost-effective safety investment for industries with large workforces.

Maintenance & Care

To ensure long-lasting performance and hygiene, follow these simple care instructions:

• Cleaning: Hand or machine wash with mild detergent in warm water (below 40°C). Avoid bleach and solvents.

• Drying: Air-dry naturally; do not expose to open flames or direct sunlight.

• Storage: Keep in a dry, clean area away from oil, chemicals, or heat sources.

Proper maintenance preserves the coating’s integrity and maintains grip performance over time.

Sustainability and Eco-Conscious Production

As industries move toward environmentally responsible manufacturing, our gloves are produced with eco-friendly processes that minimize waste and energy usage.

The nitrile material is free from harmful additives like heavy metals or phthalates, and the gloves are reusable, reducing the need for disposable PPE. Their extended lifespan further contributes to sustainability by minimizing landfill waste and replacement cycles.

Why Choose Nitrile-Coated Cut-Resistant Gloves (EN 388: 4.1.2.1)?

✅ Certified Safety: Meets EN 388 standards for abrasion, cut, tear, and puncture resistance.
✅ Superior Oil Resistance: Ensures secure grip in greasy or oily conditions.
✅ Durable Construction: High abrasion resistance for long service life.
✅ Comfort and Breathability: Lightweight, ergonomic, and suitable for long shifts.
✅ Cut Protection: Liner offers defense against light to moderate cuts.
✅ Precision Handling: Allows fine motor control for assembly and manufacturing tasks.
✅ Multi-Industry Use: Suitable for metalwork, woodworking, automotive, and aerospace industries.
✅ Latex-Free & Skin-Safe: Ideal for workers with sensitive skin.
✅ Eco-Friendly Design: Reusable and sustainably manufactured.

Technical Specifications