MICRO STEP MID S1P Safety Boots, Black

Product description

Professional half-height safety boots featuring a seamless upper construction and advanced protection elements including a fibreglass toe cap and textile perforation resistant midsole. These metal-free boots are equipped with a premium COMFORT STEP insock and ergonomic design for optimal workplace comfort. The boots offer superior slip resistance and are ESD-capable for use in sensitive electronic environments.

Product Features:

- Seamless upper construction for enhanced durability

- Fibreglass toe cap for impact protection

- Textile perforation resistant midsole

- Premium COMFORT STEP insock

- Well-padded bootleg with reinforced heel

Technical Details:

- Safety category: S1P

- Metal-free construction

- Nitrile/EVA outsole with SRC slip resistance

- Width 11 sizing

- ESD-capable design

Standards:

- DGUV Rule 112-191 certified

- ESD protection compliant

• Width · 1100 cm

  Measures the shoe's interior width to ensure proper fit across the widest part of your foot for comfort and safety during extended wear.

• Guard Style · Safety

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

• Gender · Unisex

  Indicates whether the shoe is designed for men's, women's, or unisex foot anatomy to ensure proper fit and comfort during wear.

• Liner Material · Microfiber

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

• Sole Color · Transparent

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

• Color · Red, Black

• Shoe Color · Red, Black

• Toe Cap Material · Fiberglass

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

• Weight · 653 g

  The total weight of the shoe, affecting comfort and fatigue during long work shifts. Lighter shoes reduce leg strain and improve mobility.

• Closure Style · Laces

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

• Shank Material · Microfiber

  The material used in the supportive insert between the sole layers, affecting puncture protection, arch support, shoe weight, and flexibility.

• Outsole Properties · Anti Slip, Shock Absorbing, Oil Resistant, Puncture Resistant

  Anti-slip soles provide superior grip, keeping you safe and steady on challenging surfaces.

  Shock-absorbing soles provide cushioned comfort, reducing impact and foot fatigue for all-day wear.

  Oil-resistant soles ensure secure footing and lasting durability in oily environments.

  Protect your feet from sharp objects and unseen hazards, giving you peace of mind on any job site.

• Impact Resistance
• Electrical Protection
• Slip Resistant