Nitrile Coated Gloves

Nitrile coated gloves are a popular choice for both industrial and everyday use due to their excellent grip, flexibility, and chemical resistance. Whether you’re searching for nitrile coated work gloves, rubber coated gloves, or simply need large nitrile coated work gloves for heavy-duty tasks, there’s a glove coat option to fit your needs. Brands like HORBEST women’s nitrile coated knit gloves offer comfort and durability for gardening or light-duty chores. Wondering when should you wear rubber coated gloves? They’re ideal for wet or oily environments where extra grip and protection are essential. Explore a wide range of gloves nitrile coated to find the right balance of comfort and safety for your specific job.

Produc Name
Nitrile Coated Gloves
Liner
15Gauge nylon spandex glove liner
Palm
 Nitrile Coated Gloves
Cuff
Different color coded for different sizes
Size
7”/ 8”/ 9”/ 10”/ 11”
Color
Red, Black,Blue,Grey, or Customized color
Logo 
Silkscreen printing, Heat transfer, Washing label, Woven label etc.

HORBEST Nitrile Coated Gloves: Manufacturing Process, Technical Specs & Industrial Superiority

In the industrial safety gear market, coated gloves are indispensable for protecting workers’ hands, and among them, nitrile coated gloves stand out as a heavy-duty favorite. HORBEST’s nitrile coated work gloves are engineered via a specialized formula and precision process, redefining durability and protection for high-intensity tasks. Whether you’re comparing maxiflex ultimate gloves nitrile coated product info and reviews or wondering when should you wear rubber coated gloves, this guide covers everything you need to know about coated work gloves—from pu coated gloves to latex coated work gloves—with a focus on our top-tier gloves nitrile coated.

I. Core Manufacturing Process of HORBEST Nitrile Coated Gloves (5 Key Steps)

1. Raw Material Preparation: Foundation of Premium Coated Gloves

To craft superior nitrile coated gloves, we select high-grade ingredients in a precise mass ratio of 100:5:1:5: nitrile latex (44% concentration), 100-mesh colored nitrile wear-resistant particles, casein thickener, and Korean water-based PU resin (50% concentration). Unlike basic palm coated gloves or polyurethane coated gloves, our nitrile palm coated gloves integrate wear-resistant particles into the glove coat to enhance durability.

2. Wear-Resistant Particle Dispersion: Boosting Grip & Longevity

Mix wear-resistant particles with water at 1:1 mass ratio, stirring at 500 rpm for 1 hour to ensure uniform dispersion. This step is critical for creating firm grip nitrile coated gloves—a key advantage over slippery latex coated gloves in wet or oily environments. The dispersed particles become part of the glove coat, reinforcing the surface of our nitrile coated work gloves.

3. Latex Preparation: Crafting the Perfect Coating for Coated Gloves

  • Add nitrile latex, dispersed particles, and water-based PU to a mixing device. Stir at 20rad/min for 30 minutes to blend evenly—essential for a consistent glove coat that outperforms generic coated work gloves.
  • Incorporate thickener, adjust speed to 50rad/min, and stir 30 more minutes. This precision ensures our gloves nitrile coated have a smooth, non-cracking coating, unlike some pu coated gloves that peel easily.

4. Dipping Process: Shaping Durable Nitrile Coated Gloves

  • Mount glove blanks on hand molds, bake to 50℃, and dip in 18% calcium nitrate-methanol coagulant for 5 seconds. This pre-treatment helps the glove coat adhere tightly, a feature that sets our nitrile coated work gloves apart from poorly bonded rubber coated gloves.
  • After 1 minute of standing, dip into the prepared compound. Shake off excess glue 10 times and spread evenly 3 times to avoid glue beads—ensuring our nitrile palm coated gloves have a consistent thickness, unlike uneven palm coated gloves from other brands.

5. Stepwise Drying: Locking in Performance for Coated Work Gloves

  • First drying at 60℃ for 30 minutes: Sets the initial glove coat without damaging the liner.
  • Second drying at 120℃ for 60-80 minutes: Hardens the coating, resulting in nitrile coated gloves with wear resistance ≥10,000rad—far exceeding the durability of latex coated work gloves or even some rubber coated work gloves.

II. Key Technical Parameters: Why HORBEST Nitrile Coated Gloves Outperform Competitors

CategorySpecific Parameters
Raw Material RatioNitrile Latex : Wear-Resistant Particles : Thickener : Water-Based PU Resin = 100:5:1:5 (mass ratio)
Stirring ParametersBefore thickener: 20rad/min × 30 mins; After thickener: 50rad/min × 30 mins
Drying ParametersFirst drying: 60℃ × 30 mins; Second drying: 120℃ × 60-80 mins
Coagulant CompositionCalcium nitrate (18%) + methanol mixed solution
Wear-Resistant Particle Specs100-mesh, colored nitrile particles (enhances firm grip nitrile coated gloves)
Core PerformanceWear resistance ≥10,000rad; Peel strength 40N; Coating thickness 2mm; Tear strength ≥75N (outperforming maxiflex ultimate gloves nitrile coated per reviews)

Comparing to Maxiflex Ultimate Nitrile Coated Gloves

According to maxiflex ultimate gloves nitrile coated product info and reviews, flexibility is a key selling point—but HORBEST’s nitrile coated work gloves offer both flexibility and superior durability. Users report our gloves nitrile coated last 2x longer in heavy-duty tasks like automotive repair, where maxiflex ultimate gloves nitrile coated may wear thin. Our reinforced glove coat and 13-gauge liner also provide better cut resistance than standard coated gloves.

III. Core Advantages: HORBEST Nitrile Coated Gloves vs. Other Coated Work Gloves

  • Unmatched Wear Resistance: The synergistic effect of nitrile latex, wear-resistant particles, and water-based PU resin makes our nitrile coated gloves far more durable than polyurethane coated gloves or latex coated gloves. They exceed GB24541-2009 standards, outperforming even premium rubber coated gloves in high-abrasion environments.
  • Firm Grip in All Conditions: Unlike slippery latex coated work gloves or less adhesive pu coated gloves, our firm grip nitrile coated gloves maintain traction in wet, oily, or dusty settings—perfect for machine operation and mechanical repair.
  • Comfort & Versatility: Featuring a 13-gauge knitted liner and elastic cuffs, our nitrile palm coated gloves fit snugly without restricting dexterity—more comfortable than bulky rubber coated work gloves for long shifts. They also avoid latex allergies, a common issue with latex coated gloves.
  • Broad Compatibility: While when should you wear rubber coated gloves depends on chemical exposure, our nitrile coated work gloves excel in oil-rich, abrasive environments. They complement heated coat and gloves in cold conditions, retaining flexibility where gloves rubber coated may stiffen.

IV. Application Scenarios & Usage Guidelines for Coated Gloves

1. Ideal Industries for HORBEST Nitrile Coated Gloves

Our nitrile coated work gloves are designed for:
 
  • Industrial Manufacturing: Automotive repair (where firm grip nitrile coated gloves prevent tool slippage), hardware processing, machine tool operation.
  • Equipment Maintenance: Pipeline repair, mechanical servicing (outperforming palm coated gloves in durability).
  • Heavy-Duty Fields: Construction, coal mining, oil refining (more resistant to oils than polyurethane coated gloves or rubber coated gloves).
  • Other Uses: Ship assembly, fishery (where gloves nitrile coated resist water and salt corrosion better than latex coated work gloves).

2. Key Tips for Using Coated Work Gloves

  • When should you wear rubber coated gloves? Opt for rubber coated work gloves or gloves rubber coated for strong chemical exposure—but for oil, abrasion, or general industrial tasks, nitrile coated gloves are superior.
  • Inspect coated gloves (including nitrile coated glovespu coated gloves, and latex coated gloves) for damage before use. Replace if the glove coat is cracked or peeling.
  • Avoid prolonged immersion in water or contact with strong acids/alkalis—this degrades the glove coat faster, even for durable nitrile coated work gloves.
  • Pair with heated coat and gloves in low temperatures to maintain flexibility, as coated work gloves (especially rubber coated gloves) may become rigid in cold.

V. Why Choose HORBEST Nitrile Coated Gloves Over Other Coated Gloves?

While polyurethane coated gloves and palm coated gloves suit light tasks, and latex coated work gloves offer dexterity, HORBEST’s nitrile coated gloves deliver unbeatable durability, grip, and versatility for heavy-duty industrial use. Compared to maxiflex ultimate gloves nitrile coated (per product info and reviews), our gloves offer longer service life and better oil resistance—making them a cost-effective choice for businesses.
 
All HORBEST coated work gloves, including nitrile palm coated gloves and firm grip nitrile coated gloves, comply with GB24541-2009 and CE standards. We prioritize quality in every step of the manufacturing process, ensuring our gloves nitrile coated protect workers’ hands while boosting productivity.
 
Contact HORBEST today for bulk orders, customization, or to learn more about how our nitrile coated gloves can elevate your workplace safety。
 
Nitrile Coated ‘s Manufacturing Process

Nitrile Coated Gloves are a type of hand protection product widely used in industrial, medical, and laboratory fields. These gloves are highly favored for their excellent waterproof, oil-resistant, and chemical corrosion-resistant properties. Below is a detailed introduction to the manufacturing process of nitrile coated work gloves.

Raw Material Preparation
The primary raw materials for making Coated Gloves are natural latex and synthetic latex. Before production, these materials must be selected, cleaned, and mixed to ensure consistent quality and stability. The raw materials are then fed into a mixing machine to be uniformly blended into a milky latex solution.

Mold Preparation
Molds are key to producing Nitrile Coated Work Gloves. Typically made from metal or plastic, they come in different sizes and shapes to suit various hand sizes and applications. Before production, the molds must be inspected and cleaned to ensure smoothness and dryness, which affects the quality of the gloves.

Dipping and Forming
The dipping process is the main step in making Nitrile Coated Work Gloves. First, the molds are immersed in the latex solution so that the surface evenly absorbs a layer of latex. Then, the molds are lifted from the latex and the latex forms a thin film on the mold surface. Next, the molds are placed into a drying oven to solidify the glove shape. Finally, the gloves are removed from the molds by machines to complete the glove forming process.

Post-processing
After nitrile coated work gloves forming, several post-processing steps are needed. First, Nitrile Coated Work Gloves are inspected for appearance, size, and quality. Then, they are packaged and labeled for storage and sale. Lastly, gloves are sterilized in an oven to ensure hygiene and safety.

Conclusion
In summary, the production of Nitrile Coated Work Gloves involves multiple steps including raw material preparation, mold preparation, dipping and forming, and post-processing. Strict control and standardized procedures in these steps are crucial to ensuring glove quality and safety.

📞 Contact Us Today

For bulk orders, quotes, or product guidance, get in touch with our expert team:

Email: sales2@esdbest.com
Phone: +86 137 1427 2599

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