PERSONAL PROTECTIVE

Work gloves: professional PPE for construction and industry

Hands are the main tool of any worker on site or in the workshop. Providing adequate protection against mechanical, chemical and thermal risks is an essential legal obligation and a primary operational need. Work gloves are a very fast-moving product category for hardware stores and builders' merchants. Offering a complete technical range allows the store to meet the specific tasks of carpenters, installers, mechanics and labourers.

The selection of items to stock on the shelf must balance two often opposing technical factors: the level of protective barrier and tactile sensitivity. The B2B retailer must rigorously assess the reliability of the yarns, the quality of the synthetic coatings and documented compliance with the European directives on Personal Protective Equipment. Ensuring a steady supply of certified products protects the end customer's safety and strengthens the store's technical authority, eliminating costly stock-outs on an everyday consumable.

Products

DISPLAY FOR SAFETY GLASSES (EMPTY)

FILTER P2

FILTER P3

FILTRO A1 B1 E1 K1 PER SEMIMASCHERA

HANNIBAL HALF MASK

OVERALLS "COVER TECH" CE SIZE L

3 variants

OVERALLS IN POLYPROPYLENE CE SIZE M

4 variants

PROFESSIONAL ANTI SPLINTER AND ANTI DUST SAFETY GOGGLES

SAFETY GLASSES "FENICE"

SAFETY GLASSES "ORIONE"

SAFETY GLASSES "PEGASO"

SAFETY GLASSES "POLAR"

SAFETY GLASSES "SIRIO"

SAFETY GLASSES "SPECTRUM"

SAFETY MASK FFP2S

SAFETY MASK FFP3

Types and materials of protective work gloves

The effectiveness of a hand protection device depends on the right combination of the inner textile liner and the outer protective coating. The technical market offers solutions tailored to every single task. Seamless continuous-filament nylon or polyester liners provide maximum dexterity for adjustments and precision work. When tasks involve contact with oils, site greases or hydrocarbons, customers should be steered towards nitrile protective gloves, a synthetic polymer that ensures a firm grip on slippery surfaces while also offering a basic chemical barrier.

For handling dry abrasive materials, such as bricks or concrete blocks, crinkle latex coatings offer the best compromise between grip and cushioning thickness. Traditional solutions remain indispensable: classic split cowhide builders' gloves are needed for heavy carpentry work, handling rough timber and activities requiring a strong barrier against prolonged rough friction, even at the expense of fine finger movement.

Regulatory requirements and classes of cut-resistant work gloves

All hand PPE intended for industrial use must be tested to the European standard EN 388, the reference standard governing performance against mechanical risks. The regulatory framework assesses specific critical parameters: abrasion resistance, blade cut, tear and puncture. To protect workers from sharp sheet metal or cutting tools, advances in yarns have led to the introduction of the ISO 13997 test (identified by a letter from A to F).

To achieve the highest performance levels (E or F), manufacturers weave latest-generation technical fibres such as HPPE (High Performance Polyethylene), Kevlar or glass-fibre filaments. These high-tenacity materials work by blunting the blade edge under pressure. Recommending the right device by assessing the hand PPE actually needed for the machinery the operator uses is a high-value technical service for the store.

Managing the safety category in B2B retail

The logistics and display of these consumables call for a rational approach. A cluttered layout confuses buyers and lengthens service times at the counter. Applying the display principles of the Progetto Rivendita 2.0, it is advisable to segment the shelf offer by type of risk (general handling, cut risk, chemical) rather than by manufacturer brand. Adding visual explanatory charts for reading sizes and pictograms makes it easier for professionals to buy unassisted, freeing up internal resources and encouraging cross-selling with technical workwear and hand tools.

Frequently asked questions

What do the four numbers and the letter under the EN 388 pictogram mean?

The first four numbers indicate, in this exact order, the performance levels achieved in the abrasion, cut (Coup test method), tear and puncture tests. If there is a final letter (from A to F), it certifies the result of the straight-blade cut resistance test (TDM method, ISO 13997), now considered the strictest and most reliable regulatory parameter for classifying modern technical fibres.

What is the practical difference on site between a polyurethane coating and a latex coating?

Polyurethane (PU) forms an extremely thin, breathable film on the palm, making it ideal for high-precision work, electrical wiring or dry assembly where sensitivity is the priority. Latex, on the other hand, offers a thicker, crinkled layer that provides superior grip on dusty or rough building materials, but has poor compatibility with solvents or greases.

Are traditional split cowhide gloves suitable for work with wet mortar and concrete?

No. Leather and split leather quickly absorb moisture and liquids. In contact with wet mortar (which is highly alkaline), the leather becomes saturated and may cause dermatitis in the operator; moreover, once dry it tends to stiffen and shrink. These tasks require gloves with a fully waterproof PVC or nitrile coating.

Does a glove certified to cut level "F" completely prevent injuries?

No textile or synthetic yarn can be classified as "cut-proof" in absolute terms, only as "cut-resistant". The top level F indicates that the fabric requires a force of more than 30 Newtons to be severed by a straight blade under static pressure. These gloves are not designed to protect the operator from accidental contact with rotating band saws or circular saw blades.

Which coating is suitable for assembling oily or lubricated small metal parts?

Where industrial oils or cutting fluids are present, the mandatory technical choice is nitrile. Unlike latex or polyurethane, nitrile does not suffer structural degradation on contact with hydrocarbons. In specific "microporous" or sandy-finish versions, its surface drains away liquids, optimising friction and grip on slippery metal parts.

Can textile PPE be washed without invalidating the manufacturer's certification?

This is only possible if explicitly authorised in the manufacturer's information leaflet. Some synthetic-fibre models tolerate washing cycles at low temperatures (30°C-40°C) with neutral detergents, excluding spin-drying and tumble-drying. However, repeated or incorrect washing can alter the coating polymers and shrink the knit, reducing the originally certified protection levels.

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