FAQ

How do I select the ideal glove coating?

The ideal glove coating depends on your specific work tasks, environment, and hazard exposure. Coatings enhance grip, improve resistance to snags, abrasions, punctures, and tears, and provide varying levels of protection against liquids or contaminants. Liberty Safety offers five primary coating types—each designed for different conditions and performance needs.

Below is an overview of each coating and how it performs in real‑world applications:

Coating Description
Nitrile, Foam Nitrile, and Sandy/Microfoam Nitrile Nitrile coatings are durable, versatile, and ideal for general‑purpose work. They resist tears, abrasions, and temperature changes.

  • Foam Nitrile acts like a sponge, improving grip in wet or oily environments.
  • Sandy Nitrile offers higher abrasion resistance and a tighter fit, performing well in wet and oily conditions.
  • Microfoam Nitrile provides a tacky finish with excellent breathability and flexibility.
Latex and Sandy Latex Latex delivers outstanding grip in both wet and dry conditions. Sandy latex adds gritty texture for superior traction, making it popular for outdoor work such as construction, landscaping, and material handling.
Polyurethane (PU) PU coatings offer excellent dexterity and tactile sensitivity due to their thin profile. They enhance puncture protection without feeling sticky and provide good resistance to oils and some chemicals. Ideal for precision tasks and small‑parts handling
PVC (Polyvinyl Chloride) PVC resists abrasions and works well with adhesives—most adhesives won’t stick to its surface. It performs reliably in cold environments and is commonly used in applications involving sealants or repetitive contact with rough materials
Neoprene Neoprene offers strong chemical stability and heat resistance. It provides excellent grip in dry, wet, and oily conditions but has lower abrasion resistance. Often used for chemical handling and self‑extinguishing applications.
How do the various coating types differ from one another?

Coated seamless gloves come in several coating styles, each offering a different balance of protection, flexibility, and coverage.

Here’s a breakdown of the most common types:

Coating Type Description
Palm Coating The coating covers only the palm and fingers, leaving the back of the hand uncoated. This design provides good grip and protection while maintaining breathability and flexibility.
Fully Coated The entire glove—including the palm, fingers, knuckles, and back—is coated. This offers maximum coverage and protection, especially against liquids, chemicals, and abrasives.
¾ Back Coating The coating extends across the palm, fingers, and knuckles but leaves part of the back of the hand uncovered. This style balances protection with improved hand movement and ventilation.
Double Dipped The glove is coated twice, typically combining full coating with an additional palm dip. This enhances durability, grip, and resistance to chemicals or liquids, making it ideal for demanding or high‑exposure tasks.

Each coating type offers unique advantages, so selecting the right one depends on your work conditions, hazard exposure, and dexterity needs.

What is a coated seamless glove?

A coated seamless glove is a work glove made from a seamless knit shell with a polymer coating applied to the palm or fingers. The seamless construction eliminates pressure points and irritation, providing a comfortable, flexible fit that supports natural hand movement.

The coating adds performance benefits such as enhanced grip, added protection, and increased durability. Common coating materials include latex, nitrile, polyurethane, and PVC—each offering different levels of grip, abrasion resistance, chemical resistance, and tactile sensitivity.

Coated seamless gloves are widely used in manufacturing, construction, automotive work, and general industrial environments. Their combination of flexibility, comfort, and targeted protection makes them suitable for tasks ranging from precision handling to heavy material contact.

Choosing the right coated seamless glove depends on your specific job needs—considering the work conditions, hazards, and comfort preferences ensures you get the best performance and protection.

What type of grip can I expect from coated gloves?

The grip you get from coated gloves depends on the polymer coating and the work conditions you’re dealing with. Each coating performs differently on dry, wet, oily, or abrasive surfaces. Some polymers offer excellent oil grip, while others excel in dry environments or provide enhanced abrasion resistance.

The chart below provides a general overview of how common glove coatings perform across different conditions, rated on a scale from 0 to 5, where higher scores indicate stronger grip performance.

Polymer Abrasion Acids Dry Oil Water
Latex 5 1 5 0 5
Neoprene 2 4 4 5 4
Nitrile 4 4 4 4 4
Polyurethane 3 1 4 1 4
PVC 3 3 3 3 3