How to choose the right size of work gloves? Professional measurement guide.

Within Occupational Risk Prevention (PRP), the care of hand risks is part of the first line of safety, knowing that hands are our main tool and, at the same time, one of the body parts most exposed to a multitude of mechanical, chemical, thermal, and electrical risks. Choosing the correct size of work gloves is an aspect that is often underestimated, but it will make the difference between a safe glove and an unsafe glove.

A glove is not just a protective element, but a piece of engineering designed to safeguard the physical integrity of the worker without sacrificing productivity. Among the standards present in the industry, we must mention the quality of materials, ergonomics, breathability, and practicality of use during work shifts.

The regulatory landscape of work gloves: why the CE marking is just the beginning?

When we talk about protective gloves, the CE marking is the minimum legal requirement for their marketing in the European Union. However, for safety professionals, the CE marking is just the entry point. The real guarantee of protection lies in compliance with the EN (European Norms) standards specific to each type of risk.

The EN 388 Standard: Mechanical Risks

This is perhaps the most well-known and applied standard in the industry. It classifies the resistance of gloves against four main mechanical risks: abrasion, blade cut, tearing, and puncture. In recent reviews, the standard has become more demanding, incorporating impact tests (marked P) and the cut test according to the EN ISO 13997 standard.

• Abrasion: measures how many cycles of sandpaper the material withstands before failing.

• Cut (Coup Test): evaluates cut resistance using a circular blade.

• Impact: is a fundamental optional test in sectors such as construction or mining.

Discover the full range of mechanical gloves available at Sekureco.eu

The EN ISO 374 Standard: Chemical and Biological Risks

As we have detailed in our previous technical guides, this standard defines the protective barrier against permeation, degradation, and penetration of chemicals. A Type A, B, or C glove is not interchangeable; its selection depends exclusively on the Safety Data Sheet (SDS) of the chemical product being handled.

Take a look at our category of Chemical protection gloves.

The importance of safety gloves in modern industry

The importance of chemical and mechanical gloves lies in their ability to act as an engineering barrier. Skin exposure to chemicals can lead to contact dermatitis, deep chemical burns, or, in cases of systemic absorption, chronic organ damage.

Sectors and levels of protection of protective gloves

The choice of the appropriate PPE must go through the evaluation of the real risks of the work environment, without excluding details that could compromise the integrity of the workers. Below are some sectors where the use of protective gloves is crucial.

• Petrochemical industry: requires Type A gloves certified under the EN ISO 374 standard to resist hydrocarbons and concentrated acids.

• Healthcare and laboratories: compliance with the standard against microorganisms and resistance to viruses through the ISO 16604 test is essential to ensure that the glove is a watertight barrier against pathogens.

• Automotive and manufacturing: in these types of sectors, the balance between mechanical resistance (EN 388) and fine dexterity is key. A glove that is too thick can be as dangerous as a non-existent one, as it reduces the grip and precision of the worker.

Work glove: practical guide for selecting the correct size

A common mistake in the industry is underestimating the importance of sizing. An inadequate glove is, by definition, an unsafe glove.

How to ensure the perfect fit?

1. Measuring the palm: wrap the measuring tape around the hand above the knuckles, excluding the thumb.

2. Hand length: measure from the tip of the middle finger to the wrist crease.

3. Movement test: a correct glove allows you to close your fist completely without excessive tension on the back or fingers.

Management of the PPE lifecycle

An industrial protective glove undergoes material degradation (nitrile, latex, neoprene) like any other PPE, due to intensive use and environmental factors such as exposure to UV light or ozone. It is imperative that companies establish replacement protocols based on:

• Intensive use: daily or shift replacement.

• Chemical exposure: immediate replacement after contact with hazardous substances.

• Visual inspection: any signs of cracking, swelling, or loss of flexibility must trigger the immediate removal of the glove from the workplace.

Frequently asked questions about how to choose the size of protective gloves

Why is it important to measure the circumference and not just the length when choosing the size of work gloves?

The circumference determines the necessary width in the palm, which is vital to avoid material stress and ensure a firm grip.

Is the sizing of latex gloves the same as that of leather gloves?

Not always. The material and elasticity of the support influence, so you should always consult the specific manufacturer's chart.

What should I do if my measurement is between two sizes?

It is recommended to always choose the larger size to avoid restricting blood circulation, unless the task requires very fine dexterity that demands a total fit.

How does a large glove affect my safety?

It increases the risk of snagging on moving parts of machinery and decreases control over tools and materials.

Are European glove sizes the same as American sizes?

No, they usually use different measurement systems (inches vs. cm), so it is vital to check the equivalence in the technical data sheet.