Helly Hansen Oslo BOA Low S3 HT Safety Shoes, Black/Orange

Product description

Lightweight construction with BOA® closure system and a membrane for dry feet. The Oslo line can be proud of this model!

Details

Fiber content:

Abrasion-resistant upper material made of polyester mesh with TPU-welded overlays

Features

Helly Tech® waterproof membrane

Molded toe overlay

BOA® Fit System – L6

Moisture-wicking and breathable air mesh lining

Aluminum safety toe cap

Metal-free puncture protection

Open Cell PU footbed – lightweight and breathable, provides long-lasting cushioning and good moisture management

Lightweight and cushioning EPR midsole

Nitrile rubber

• Shoe Color · Black, White, Orange

• Color · Black, Orange, White

• Outsole Properties · Anti Slip, Shock Absorbing, 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.

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

• Gender · Women

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

• Closure Style · BOA Closure

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

• Guard Style · Safety

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

• Toe Cap Material · Aluminum

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

• Material · Polyurethane (PU), Aluminum, Natural Rubber, Nitrile, Polyester, Ethylene-vinyl acetate (EVA)

• Sole Color · Black, White

• Breathability · Moisture-Wicking, Breathable

• Sole Material · Polyurethane (PU), Nitrile, Natural Rubber

• Slip Resistant
• Water Resistance
• Electrical Protection
• Impact Resistance