PU vs Nitrile Coated Cut Resistant Gloves: Which One Should You Choose?

When selecting cut resistant gloves for industrial use, one of the most common questions buyers ask is:

Should we choose PU coated or nitrile coated cut resistant gloves?

Both coatings are widely used on HPPE or aramid liners, but they perform very differently in grip, durability, oil resistance, and abrasion resistance.

In this guide, we'll break down the key differences to help distributors, importers, and safety managers choose the right option.

1. What Are PU Coated Cut Resistant Gloves?

PU (Polyurethane) coated cut resistant gloves use a thin polyurethane layer applied to the palm or fingertips of a cut resistant liner.

Key Features:

Thin and lightweight coating

Excellent dexterity

Smooth, dry grip

High tactile sensitivity

Ideal for precision handling

PU coating is typically used on:

HPPE liner gloves

Level A2–A5 cut resistant gloves

Electronics assembly gloves

 

2. What Are Nitrile Coated Cut Resistant Gloves?

Nitrile coated gloves use synthetic rubber (nitrile) applied to the palm in different forms:

Smooth nitrile

Sandy nitrile

Foam nitrile

Microfoam nitrile

Nitrile coating is thicker and more durable than PU, offering stronger grip and better oil resistance.

3. PU vs Nitrile: Full Performance Comparison

Feature	PU Coating	Nitrile Coating
Grip (Dry)	Excellent	Very Good
Grip (Oily)	Moderate	Excellent
Abrasion Resistance	Medium	High
Durability	Medium	High
Flexibility	Very High	High
Breathability	High	Medium
Oil Resistance	Low	Excellent
Cost	Lower	Slightly Higher

 

 

4. Application Comparison

PU Coated Gloves Are Best For:

Electronics assembly

Automotive interior assembly

Precision manufacturing

Light metal handling

Warehousing (dry environment)

If workers need fingertip control and flexibility, PU is usually the better choice.

 

Nitrile Coated Gloves Are Best For:

Metal fabrication

Mechanical workshops

Construction

Oil & gas maintenance

Heavy-duty warehousing

If durability and oil grip matter more than ultra sensitivity, nitrile is superior.

 

5. Coating Types Matter (Very Important)

Many buyers compare PU vs nitrile without considering coating type.

For example:

Smooth nitrile = good durability

Sandy nitrile = strong dry + oily grip

Microfoam nitrile = breathable and flexible

Double-dipped nitrile = maximum oil resistance

In many industrial applications, microfoam nitrile coated HPPE gloves are replacing PU because they offer a better balance of grip and comfort.

 

6. Cut Resistance Level Consideration

Both PU and nitrile coatings can be applied to:

ANSI A2

ANSI A3

ANSI A4

ANSI A5

ANSI A6+

The coating does NOT determine cut level - the liner material does.

Common liners include:

HPPE

Aramid

Steel fiber blended yarn

 

7. Which One Is More Cost-Effective?

If your customer needs:

Low cost

High dexterity

Dry environment use

→ PU coated gloves are more economical.

If your customer needs:

Longer lifespan

Oil resistance

Heavy-duty handling

→ Nitrile coated gloves reduce replacement frequency and may lower long-term cost.

 

8. OEM & Custom Options

As a professional glove manufacturer, we offer:

Custom coating thickness

Palm coated or fully coated

13G / 15G / 18G liners

Private label

Custom packaging

For distributors, choosing the right coating can significantly impact repeat orders and customer satisfaction.

Conclusion: PU or Nitrile?

There is no "better" option - only the right option for the application.

If dexterity and precision are top priority → choose PU.

If durability and oil grip are critical → choose nitrile.

Understanding your end user's working environment is the key to selecting the correct coating.