Bricklayers' Gloves

Understanding EN 388 Mechanical Protection Standards

EN 388 is the European standard that tests mechanical hazard protection for safety gloves. It measures four key properties: abrasion resistance (how many cycles a glove survives against rough surfaces), cut resistance (using a standardised blade), tear strength, and puncture resistance. For bricklaying work, abrasion and cut ratings are most critical because you're constantly contacting rough bricks, sharp mortar edges, and concrete dust.

Each property gets a rating from 0 to 5 (or 0 to F for cut resistance). Level 3 abrasion resistance means the glove can withstand 8,000 cycles of rubbing against a standard test surface—roughly equivalent to a full shift's worth of handling. Level 2 contact with bricks would degrade faster on a busy site. Understanding these numbers helps you match glove durability to your workload: high-volume bricklaying benefits from Level 3 or 4 abrasion ratings, while lighter masonry work may suit Level 2.

Materials and Construction for Maximum Durability

The best bricklayer gloves use leather or synthetic leather in the palm and fingers because these materials resist abrasion far better than fabric alone. Leather (often cow or goat hide) offers proven durability and natural grip, though it requires occasional care to maintain. Synthetic leather alternatives provide similar protection with easier maintenance and often cost less.

Reinforced stitching at stress points—between fingers, across knuckles, and around wrist openings—prevents early seam failure. Quality bricklaying gloves often feature additional padding on knuckles for impact protection when you're working near hard surfaces. The back of the hand typically uses breathable fabric or mesh to reduce heat buildup during active work, improving comfort on long shifts without sacrificing protection where it matters most.

Why Do Bricklayers Wear Gloves? The Real Hazards

Cement and mortar contain alkaline compounds that can cause chemical burns if exposed skin is wet or if contact is prolonged. Bricks have rough, sometimes sharp edges that cut or abrade unprotected hands. Repetitive contact with rough masonry accelerates skin damage and creates fatigue injuries. Additionally, tools, scaffolding, and building materials create puncture and crush risks on any construction site.

Wearing properly specified bricklaying gloves isn't just comfort—it's injury prevention. A single day without protection might feel fine; a week or month without proper gloves leads to cuts, blisters, chemical burns, and chronic skin damage that can affect site productivity.

Durability, Fit, and Replacement

Check your gloves regularly for signs of wear. Holes in the palm, splits at stress points, or separation of the wrist cuff signal replacement time. Waiting until gloves fail completely reduces protection right when you need it. Most bricklayers replace gloves monthly or more frequently depending on work intensity and site conditions.

Fit matters because loose gloves slip during work and reduce dexterity, while overly tight gloves restrict blood flow and cause fatigue. Many bricklayers prefer gloves with adjustable wrist closures (elastic, Velcro, or toggle systems) so you can achieve a secure fit without cutting off circulation. Sizing consistency matters—order the same size range you've worn before unless your previous pair didn't fit properly.

Glove selection for bricklaying involves matching protection levels to your specific hazards. High-abrasion sites and heavy-volume work justify Level 3 or 4 EN 388 ratings. Mixed work environments may work well with Level 2 protection, which remains durable enough for most masonry tasks while keeping bulk and cost lower. Your safety officer or site supervisor can recommend the minimum standard for your facility.