Protective Gloves

Choose Protective Gloves Based on the Task

Different tasks require different types of hand protection. When handling sharp objects, cut protection may be essential, while working with chemicals or hot materials places completely different demands on the gloves.

Start by identifying the risks involved and then choose gloves with the appropriate protective properties.

Cut-Resistant Gloves and Mechanical Protection

When working with sheet metal, glass, tools, and other materials with sharp edges, cut-resistant gloves may be necessary. The level of protection varies between models and is indicated in the glove's certification marking.

Also consider durability, grip, and flexibility. A glove that performs well during heavy material handling may not be as practical for precision work.

Chemical-Resistant Gloves

If you work with cleaning agents, oils, or other chemicals, it is important to select gloves that are specifically designed for the substances being handled.

Chemical-resistant gloves are available in various materials, including nitrile and other rubber-based materials. The level of protection depends on the material, glove construction, and the specific chemical involved. Always review the product's protection data and the chemical's safety data sheet before making your selection.

Heat-Resistant Gloves and Welding Gloves

When handling hot objects or performing welding work, gloves must be suited to the level of heat exposure and the specific task.

Some models are designed for handling hot materials, while welding gloves are intended to protect against the hazards associated with welding operations.

Always check which heat-related properties the glove has been tested for. Not all heat-resistant gloves are suitable for the same temperatures or applications.

What Do the EN Standards for Protective Gloves Mean?

Protective gloves may be certified according to different EN standards. These markings help you understand which risks the glove has been tested against and what protection it provides.

• EN ISO 21420: Specifies general requirements for protective gloves, including design, comfort, and marking.
• EN 388: Applies to gloves that protect against mechanical risks such as abrasion, cutting, tearing, and puncture.
• EN ISO 374: Covers protective gloves against chemicals and microorganisms. Check which part of the standard applies and which properties have been tested.
• EN 407: Applies to gloves that provide protection against thermal risks, such as contact heat and other forms of heat exposure.

What Do Cut Resistance Levels A to F Mean?

On cut-resistant gloves, you may see letters from A to F according to EN ISO 13997, which forms part of the testing requirements within EN 388.

These letters indicate how the glove performed in a specific cut-resistance test, where A represents the lowest level and F the highest level on the scale.

However, this does not mean that a glove rated F is automatically the best choice for every task.

Choose the protection level according to the risks involved and also consider fit, grip, comfort, and other protective properties.