NITRAS SAFETY | Material guide for protective gloves

WHY GLOVE MATERIAL IS CRUCIAL

Not all protective gloves offer the same level of protection - and certainly not in every situation. While precision and good tactile sensitivity are required for fine motor tasks, other models must repel oil, withstand sharp edges, or resist hours of abrasion.

Two things are crucial here: the base material of the glove and the coating, i.e., the material on the palm. Both components directly influence the grip, resilience, ergonomics, and ultimately the service life of protective gloves.

CLASSICS IN USE: THE MOST COMMON COATINGS

Depending on the material, coatings on protective gloves have different properties - and directly influence how grippy, robust, or sensitive a model is:

Material	Properties	Typical areas of application
Latex	Highly elastic, tear-resistant, good grip even when wet	Assembly, construction, crafts
Nitrile	High abrasion resistance, resistant to oils/greases	Mechanical engineering, industry, workshops
PU	Sensitive, abrasion-resistant, good dry grip	Precision assembly, logistics, packaging
PPU	Durable, flexible, for changing conditions	All-round use in technology and assembly
PVC	Particularly robust, resistant to aging	Heavy industry, construction

But it's not just the coating material that counts - the surface structure also makes a difference. This is where special types of coatings come into play:

+ Sanded coatings significantly increase grip on smooth or oily surfaces. They provide a non-slip grip in demanding conditions.

+ Foamed coatings offer a soft, comfortable surface with improved grip - especially for impact-sensitive work.

+ Coated with nubs improve abrasion resistance and provide additional slip resistance, ideal for heavy objects or uneven materials.

These variants have a significant influence on the adhesion, comfort, and service life of protective gloves – and should definitely be taken into account when making your selection.

SPECIAL MATERIALS & UNCOATED MODELS

In addition to classic coatings, specialized materials or uncoated models are also used, depending on the protection required:

Chloroprene impresses with its high resistance to oils, fats, acids, alkalis, and solvents, while remaining elastic and flexible. This makes it ideal for work areas with regular contact with chemicals.

Vinyl offers a soft, stretchy structure and a smooth surface with excellent tactile properties. It is particularly well suited for delicate tasks in sensitive areas such as laboratories, food processing, or medicine.

Butyl rubber is characterized by its excellent chemical resistance to gases, vapors, and aggressive chemicals. It is particularly suitable for use in laboratories, the chemical industry, or when working with hazardous substances such as ketones or esters.

Split leather and full-grain leather stand for maximum robustness:

+ Split leather scores with a non-slip, rough surface – ideal for rough work under high mechanical stress.

+ Full-grain leather, on the other hand, is tear-resistant, durable, supple, and comfortable to wear.

Both materials are often used in metalworking, on construction sites, or in welding work.

Synthetic leather combines moisture-repellent properties with sensitive wearing comfort and is ideal for changing conditions in low to medium risk areas.

For maximum dexterity and high breathability, uncoated protective gloves are the first choice – for example, as undergloves or for activities where the need for protection is low but precision is crucial.

THE RIGHT COMBINATION OF MATERIALS IS CRUCIAL

The protective performance of a protective glove depends not only on the coating. The interaction between the coating, the base material, and the desired protection profile is also crucial.

Analyze the working environment: Oil, moisture, abrasion, chemicals?
Assess the risk level: mechanical, thermal, chemical?
Consider the activity profile: delicate or force-intensive?

Our tip: Always pay attention to the combination of coating, base material, and any additional protection (e.g., cut protection, thermal insulation, etc.).

THE RIGHT PROTECTIVE GLOVES FOR EVERY JOB

Choosing the right coating is not a minor detail - it determines how safe, comfortable, and efficient protective gloves are in everyday work. While latex and PU are ideal for precise work requiring a good grip, nitrile, PVC, or leather solutions offer maximum resistance for demanding applications. The range is complemented by special materials such as chloroprene or uncoated models for delicate tasks requiring a high level of tactile sensitivity.

Always choose protective gloves based on the area of application, risk profile, and required level of protection – this will ensure that every move you make is a safe one.