Soft leather upper with breathable cowhide fiber structure.
Leather upper (LEATHER UPPER)
Genuine leather with tight fiber structure and micro-pores for breathability.
Heat resistant upper
Protects against sparks and splashes to reduce risk of burns.
Seamless tongue design
Prevents dust, sand, and small stones from entering the shoe.
Genuine cowhide leather upper with breathable micro-porous structure.
PU solid outsole with cushioning and shock absorption.
Rubber outsole for enhanced durability and wear resistance.
National standard steel toe cap and steel midsole plate.
Multiple styles available including breathable cowhide, mesh breathable, and seamless tongue versions.
Widened and thickened steel toe cap for comfort and protection.
Ergonomic sole design to absorb ground reaction forces, reduce foot pressure, and minimize joint impact.
Internal anatomical design for enhanced durability and wear resistance.
Impact resistance â„ 200J.
Compressive strength â„ 15000N.
Anti-puncture protection meeting national standards.
Slip resistance for various complex environments.
Heat and spark resistant upper material.
Durable against metal debris and abrasion.
Comfort upgrade with breathable and soft leather.
Safety upgrade with reinforced steel toe and puncture-proof plate.
Wear resistance upgrade with durable outsole materials.
Multiple functional styles to meet diverse labor protection needs.
Designed for labor protection, suitable for workers requiring anti-smash, anti-puncture, anti-slip, and wear-resistant footwear.
Product images include top view, bottom view, front view, and combination shots for detailed inspection.
Dinggu labor protection shoes combine solid protection, comfort, and durability with advanced materials and design to safeguard millions of workers. The product line offers a variety of styles and enhanced features including anti-smash steel toe caps, puncture-proof midsoles, anti-slip and wear-resistant outsoles, breathable genuine leather uppers, and heat-resistant surfaces for comprehensive foot protection in demanding work environments.
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