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ANKLLE Protective Shoes meet the EN ISO 20349 standard and are specifically designed for forge applications, ensuring superior safety and protection.
For anyone grinding through long shifts in factories, scaling construction sites, or navigating busy industrial floors, foot injuries aren’t just a “what-if”—they’re a constant risk. But with protective shoes certified to EN ISO 20349, you can step into work with confidence, knowing your feet are guarded by one of the most rigorous safety standards in the industry.
This isn’t basic protection: EN ISO 20349 demands top-tier impact resistance—think reinforced toe caps that absorb the force of falling tools, heavy materials, or accidental drops, shielding your toes from crushing injuries. It also mandates puncture resistance built into the sole, a game-changer for environments littered with nails, shards, or sharp metal scraps that would pierce ordinary footwear. And let’s not overlook the reliable slip resistance: whether you’re walking on oil-slicked factory floors, wet concrete, or dusty construction surfaces, the outsole’s tread pattern and material grip tight to prevent dangerous slips and falls.
Durable, purpose-built, and backed by a standard that prioritizes your safety, EN ISO 20349 protective shoes aren’t just footwear—they’re an investment in staying protected, productive, and pain-free, shift after shift. When your work is tough, your shoes should be tougher. Choose EN ISO 20349.
Clean EN ISO 20349 shoes regularly with mild soap; inspect toe caps, soles, and puncture layers weekly. Replace worn insoles and avoid harsh chemicals—this preserves safety and extends their lifespan.
EN ISO 20349 certified shoes owe their uncompromising safety and durability to carefully selected materials and targeted technologies. Below is a breakdown of the key components that work together to meet the standard’s rigorous requirements, blending protection, comfort, and performance for high-risk work environments.
Reinforced Toe Caps for Impact Protection
Most use steel, aluminum, or composite materials (like carbon fiber). These meet the standard’s requirement to withstand 200J of impact, shielding toes from falling heavy objects without adding excessive bulk.
Puncture-Resistant Midsole Layers
Typically feature steel plates or aramid fiber (Kevlar) inserts. These barriers block sharp debris (nails, rocks) from piercing the sole, adhering to EN ISO 20349’s puncture-resistance benchmarks.
Durable Upper Materials
Common options include full-grain leather (water-resistant, abrasion-proof) or leather-nylon blends. These materials resist tears from rough surfaces while maintaining structural integrity in industrial settings.
High-Traction Outsole Compounds
Utilize rubber blends (e.g., nitrile rubber) with deep, lugged tread patterns. Engineered for grip on wet, oily, or uneven terrain, ensuring slip resistance as mandated by the EN ISO 20349 standard.
Waterproof Membranes
Many integrate technologies like GORE-TEX or proprietary waterproof/breathable membranes. These seal out moisture from rain or puddles while allowing sweat to escape, keeping feet dry without compromising comfort.
Cushioned & Supportive Insoles
Often use EVA foam or memory foam with arch support. While prioritizing safety, these insoles reduce foot fatigue during long shifts, balancing protection with all-day wearability.
EN ISO 20349 safety shoes are equipped with advanced protective features that go beyond basic foot protection, tailored for high-risk industrial environments. They boast reinforced toe caps (steel, aluminum, or composite) rated to withstand 200J of impact, while puncture-resistant midsole inserts—often made of aramid fibers like Kevlar—block sharp debris from piercing the sole. High-traction rubber outsoles with specialized lug patterns deliver unbeatable grip on oily, wet, or uneven surfaces, reducing slip-and-fall risks. Many models integrate waterproof, breathable membranes to keep feet dry without trapping sweat, and some add electrical hazard protection to shield against accidental contact with live circuits. These features work in tandem to meet the standard’s rigorous benchmarks, ensuring all-around defense for workers in factories, construction sites, and heavy-duty settings.
