MINNEAPOLIS Safety Low Shoes, S3, Black/White

Product description

safety low shoes, with composite toe cap and kevlar midsole, BOA® FIT SYSTEM, hydrophobic upper, ESD, PU/PU sole - grey/black

• Material · Polyurethane (PU), Fabric, Polyurethane foam (PU foam), Polyamide, Composite, Kevlar®

• Sole Color · Grey

  The color of the shoe's bottom sole, allowing coordination with workplace requirements or personal style preferences.

• Shoe Color · Grey, Black

• Color · Grey, Black

• Outsole Properties · Anti Slip

  Determines the sole's safety features and traction properties, such as slip resistance, puncture protection, and shock absorption for specific work environments.

• InOutsole Properties · PU Foam, Fabric

  PU Foam insoles offer durable cushioning and support, keeping your feet comfortable and reducing fatigue all day.

  Fabric insoles keep your feet dry and comfortable, promoting breathability for all-day freshness.

• Guard Style · Safety

  Indicates the level of protective features, from basic safety compliance to enhanced protection with additional guards and reinforcements.

• Closure Style · Spin Lock

  The method used to secure the shoe to your foot, affecting how easy it is to put on and take off.

• Sole Material · Polyurethane (PU)

  The material used to construct the shoe's bottom surface, affecting slip resistance, durability, chemical resistance, and comfort for different work environments.

• MidOutsole Properties · Protective - Kevlar

  Indicates the type of puncture-resistant material in the midsole, such as metal or Kevlar, protecting feet from sharp objects penetrating through the sole.

• Toe Cap Material · Composite

  The material used in the protective toe cap, determining the level of impact protection, weight, and suitability for different work environments.

• Liner Material · Fabric

  The interior material that lines the inside of the shoe, affecting comfort, moisture management, breathability, and temperature regulation during wear.

• Slip Resistant
• Electrical Protection