How to Choose the Right Safety Gloves for Your Workplace

Choosing the right safety gloves is an important part of workplace safety. However, with so many types of gloves available, it can be difficult to know which one is suitable for a particular job.

Safety gloves are not designed to protect against every workplace hazard. Different materials, coatings and glove constructions provide different levels of protection. Choosing the right glove starts with understanding the hazards involved in the job and matching the glove to the task.

In this guide, we explain the key factors to consider when selecting safety gloves, even if you have little or no experience with industrial gloves.

Identify the Main Workplace Hazards

The first step is to understand what your hands may be exposed to during work.

Common workplace hazards include:

• Cuts from sharp metal, glass or tools
• Punctures from sharp or pointed objects
• Heat from hot surfaces or materials
• Cold temperatures or cryogenic materials
• Chemicals, oils and solvents
• Impact from heavy objects or equipment
• Abrasion caused by repeated contact with rough surfaces
• Electrical hazards
• Dirt, grease and general workplace contamination

One glove cannot provide the same level of protection against every hazard. For this reason, it is important to identify the main risks before selecting a glove.
 

Choose the Right Type of Protection

Once the hazards have been identified, choose a glove designed for the specific type of protection required.

Cut-Resistant Gloves

Cut-resistant gloves are designed to help protect hands from sharp edges and objects.

They are commonly used in industries such as:

• Metal fabrication
• Glass handling
• Automotive manufacturing
• Machinery operations
• Recycling
• General manufacturing

When selecting cut-resistant gloves, look for the appropriate cut resistance rating and make sure the glove is suitable for the type of cutting hazard involved.

Chemical-Resistant Gloves

Chemical-resistant gloves are designed to help protect the hands when working with chemicals, oils, solvents and other hazardous substances.

Different glove materials provide different levels of chemical resistance. Therefore, it is important to check the manufacturer's chemical resistance information rather than assuming that one glove is suitable for all chemicals.
 

Heat-Resistant Gloves

Heat-resistant gloves are designed for applications involving high temperatures, hot surfaces or heated materials.

They may be used in:

• Welding and metalworking
• Foundries
• Manufacturing
• Glass processing
• Industrial kitchens
• Maintenance operations

The required level of heat protection depends on the temperature and duration of contact.

Cold & Cryogenic Gloves

For extremely cold environments, standard winter gloves may not provide sufficient protection.

Cryogenic gloves are specially designed for applications involving extremely low temperatures, such as liquid nitrogen, dry ice and cryogenic equipment.

When working in extremely cold environments, it is important to consider both temperature protection and whether the glove provides suitable protection against moisture or liquid contact.

Impact-Resistant Gloves

Impact-resistant gloves are designed to help protect the hands from impact and crushing forces.

They are commonly used in industries such as:

• Oil & gas
• Construction
• Mining
• Heavy equipment
• Mechanical work
• Industrial maintenance

These gloves often include protective elements on the back of the hand and fingers to help reduce the effect of accidental impacts.

Electrical Insulating Gloves

Electrical insulating gloves are specifically designed for work involving electrical hazards.

They are used to provide electrical insulation when working on or near energized electrical systems, subject to the applicable safety procedures and voltage rating.

It is important to select the correct class and voltage rating for the application. Electrical insulating gloves should also be properly inspected and maintained before use.
 

Understand Glove Materials

The material of a glove has a major effect on its performance.

Common materials include:

Nitrile
Nitrile gloves are known for good resistance to oils and many chemicals, as well as good durability. They are widely used in industrial, automotive and general handling applications.

Latex
Latex gloves provide good flexibility, comfort and grip. However, latex may not be suitable for people with latex sensitivities, so alternative materials may be preferred.

Leather
Leather gloves are commonly used for mechanical work, material handling and applications where durability and abrasion resistance are important.

PU (Polyurethane)
PU-coated gloves are lightweight and flexible, making them suitable for precision handling and general assembly work.

Specialised Technical Fibres
Advanced fibres can be used to provide additional protection against hazards such as cuts while maintaining flexibility and comfort.

The best material depends on the hazards, working environment and level of protection required.
 

Check the Safety Standards

Safety standards provide a useful way to understand how a glove has been tested and what type of protection it can provide.

For example, EN 388 is commonly used for protective gloves against mechanical risks. Depending on the glove, the rating may indicate performance against abrasion, cut, tear and puncture, as well as additional cut or impact performance where applicable.

Other standards may apply to specific hazards.

For example:

• EN 388 – Protection against mechanical risks
• EN 407 – Protection against thermal risks
• EN 511 – Protection against cold
• EN 374 – Protection related to chemicals and microorganisms
• EN 60903 – Electrical insulating gloves

Always check the manufacturer's technical data and the relevant standard before making a purchasing decision.
 

Consider Grip and Dexterity

Protection is important, but a glove also needs to allow workers to perform their tasks safely and efficiently.

For jobs requiring frequent handling of small components, tools or equipment, a bulky glove may make the work more difficult.

Consider:

• Grip performance
• Finger flexibility
• Glove thickness
• Touch sensitivity
• Breathability
• Coating type
• Working environment

For example, a nitrile-coated glove may provide a good balance between grip, flexibility and durability for general industrial handling.

The goal is to choose a glove that provides the necessary protection without unnecessarily restricting movement.

 

Choose the Correct Glove Size

Even a high-quality safety glove may not perform properly if the size is incorrect.

A glove that is too loose may reduce grip and dexterity, while a glove that is too tight can cause discomfort and limit hand movement.

Before purchasing gloves in large quantities, it is recommended to confirm the appropriate size for the workers.

Common sizes include:

S | M | L | XL | XXL

Sizing can vary between manufacturers and glove models, so always refer to the specific manufacturer's size guide.

.

Choosing the right safety gloves is not simply about finding the thickest or most expensive glove. The right choice depends on the specific hazards, working conditions and tasks involved.

By understanding the workplace risks, selecting the appropriate protection, checking safety standards and considering fit, grip and comfort, businesses can make more informed decisions when selecting hand protection.

If you are unsure which type of safety glove is suitable for your application, consult a safety professional or glove supplier and provide details about the actual working conditions and hazards. The right information will help ensure that the selected glove is appropriate for its intended use.

At INNOSAFE SOLUTIONS, we provide a range of industrial hand protection solutions designed for different workplace applications and safety requirements.