4 Types of Coated Gloves and Their Best Uses

To help prevent workplace hazards, protective gloves are widely used today. One of the most popular categories is coated work gloves. Coated gloves are available in a variety of coatings. They have different characteristics. They are suitable for different applications. This article will introduce you to a variety of coated work gloves. It will give you a better understanding of the characteristics of these gloves. It will also help you understand how to choose coated work gloves.

Differences Between Gloves with Different Coatings

There are four main types of coatings commonly found on the market: latex, nitrile, PVC, and neoprene coatings.

Latex coatings:

Oil-resistant and abrasion-resistant latex-coated gloves:
The knitting process of these gloves is an 18-gauge knitting. The production material is HPPE. With latex coatings, they are not only cut and puncture-resistant, but also soft and comfortable.
Cold-Resistant Latex Coatings Gloves:
These gloves are made of a nylon spandex liner. With latex coatings, waterproof and breathable. Cut and puncture resistant, flexible, and comfortable.
Latex Coated Knit Gloves:
These gloves consist of a nylon Kevlar blend liner. With latex coatings, class A3 cut-resistant. Breathable and slip-resistant, waterproof, and chemical-resistant.

Nitrile coatings:

18 Stitch Nitrile Foamed Frosted Cut-Resistant Gloves:
ANSI A2 cut resistance, made of HPPE liner. Foamed frosted nitrile coatings are added, and the production process is 18-gauge construction. Anti-slip and dirt-resistant, oil repellent, lightweight, and flexible.
HPPE Foamed Nitrile Cut-Resistant Gloves:
Level A2 cut-resistant level, material is made of an HPPE liner. Added nitrile foam coatings and ergonomic padding. Strong grip, breathable, and wear-resistant.
13 Stitch A6 Cut-Resistant Gloves :
A6 cut-resistant levels. Made from a blend of PE fiber and fiberglass liner. The knit wrist cuff is elastic, breathable, and flexible with a good grip.

PVC coatings:

Extended Wrist PVC Protective Gloves:
The lining chosen for these gloves is pure cotton. With chemical-resistant PVC coatings. The extended wrist is designed to block chemical splashes.
PVC Gloves with Anti-Slip Texture:
these gloves have PVC coatings with anti-slip particles. It protects against chemicals. Strong grip and suitable for wet environments.
High-Elasticity PVC Chemical-Resistant Gloves:
The material is a spandex blend, a high elasticity base material. With PVC coatings, it fits the hand without tightness. Flexible handling

Neoprene coatings:

Neoprene Fishing Gloves:
The material chosen for these gloves is HPPE liner. With a non-slip neoprene coating, A1 level of cut resistance. Salt-resistant and easy to grip.
Chemical-Resistant Neoprene Gloves:
The material used for these gloves is a HPPE composite liner. The added coatings are corrosion-resistant neoprene coatings, resistant to strong acids and corrosion. A2 level of cut resistance.
Anti-slip neoprene gloves:
The material of these gloves is composed of a polyester material liner. Neoprene coatings are added, and the surface of the gloves is frosted. Strong grip in wet and slippery environments.

How to choose coated work gloves?

What are coated gloves? Here is a brief introduction:

Coated work gloves are made of some coatings (e.g., Nitrile, Neoprene, PVC, Rubber, and other materials) as coatings. Choose Based on the Manufacturing Process It is an important protective tool for hand safety. It effectively protects the hand from abrasion, impact, and dirt.

can be selected according to the production process of the glove:

The current mainstream production process of coating gloves is mainly divided into two kinds. dipping process and cut-and-sew process.

Assembly sewing process: assembly sewing process means. Sewing the coating material, impregnated fabric into the shape of gloves.
Features: coating materials can be combined with base materials such as leather or knitted fabric.

Impregnation process: The fabric is first sewn and covered with a hand model. The model is then dipped in the coating material. For example, a suspension of natural latex, synthetic rubber, or polymers. Then it is dried and vulcanized. Finally, the product is removed from the mold.
Features:more wear-resistant, durable, and comfortable

Selection is based on the body material of the glove:

The base material is a very important part. It is the core of the whole coating of gloves and also the foundation. There are three main common base materials:

is chosen based on the coating of the glove:

Coatings can increase the performance of gloves. And there are three main types of common coatings:

Palm Coating Process: Refers to coating only specific parts of the glove, such as the palm, fingers, or back of the hand, providing a good balance between breathability and protection.

Full Coating Process: Refers to a coating that covers the entire hand area of the glove, providing comprehensive protection.

Double Coating Process: Refers to gloves that already have one coating layer with an additional coating applied on top, commonly used for waterproof gloves and oil-resistant gloves.

You can choose according to the type of coating on the gloves:

There are many types of coated gloves. They have different characteristics depending on the material and structure. Suitable for different scenarios, the following are common types of coated gloves:

Material Type	Features	Applications
Latex Coating	Excellent elasticity, strong grip, lightweight and flexible; not oil-resistant, may cause allergies	Construction, masonry, general labor, wet environments
Nitrile Coating	Oil-resistant, chemical-resistant, puncture-resistant; strong protective performance	Industry, manufacturing, automotive repair, chemical handling
PVC Coating	Waterproof, abrasion-resistant, oil-resistant, chemical-resistant; strong protection	Construction, manufacturing, chemical industry, heavy industry
Neoprene Coating	Resistant to acids and alkalis, withstands temperature changes, highly flexible	Chemical laboratories, cleaning, extreme environment work

Why choose M-tide coated gloves？

M-tide specializes in the development of high-quality coated gloves. Our coated gloves feature advanced coating technology. The structure design is excellent and provides very good protection. We simulate various application scenarios. Only to restore the most realistic risk. We have various types of coated gloves. For many different chemical protection scenarios or other safety hazards. If you want to learn more about coated gloves. If you want to know more about coated gloves and how to choose them, please feel free to contact us!

Frequently Asked Questions

What is the difference between nitrile and polyurethane-coated gloves?

They are made of different materials and have different characteristics and properties. They are suitable for different application scenarios.

Nitrile gloves: oil-resistant, chemical-resistant effect. Excellent protective performance.

Can be used for chemical supplies handling and industrial manufacturing. Automobile maintenance and other scenarios.

Polyurethane coatings: lightweight and sensitive. Good breathability.

Suitable for electronic assembly and precision operation.

When should you use rubber-coated gloves?

Rubber-coated gloves offer excellent protection and a good grip. They can be used in the following situations.

Pipe handling: A good grip is needed. They also protect your hands from sharp edges.
Cutting rubber sheets: rubber-coated gloves have excellent slip resistance. They prevent slipping off and can provide some protection.
Applying chemicals: rubber-coated gloves can prevent certain chemicals. Protecting hands from irritation.

When Should You Wear Rubber-Coated Gloves According to OSHA?

According to OSHA, rubber-coated gloves should be worn whenever hands are exposed to workplace hazards such as burns, abrasions, cuts, or chemical burns. The appropriate rubber-coated gloves should be selected based on the level and type of hazard.

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