A
Size
Easy to break in, comfy for those 12 hour shifts, but are not true to size, i wear a 7.5, I bought 7.5 but they are about .5 to big.
✔ Verified Purchase
Nautilus Safety Footwear Womens N1435 Industrial Shoe, Black, 7.5 Wide US
(3.3)
15 Reviews
#commissionsearned
Specifications
- Model: Nautilus N1435
- Color: Black
- Size: 7.5 Wide US
- Weight: Lightweight construction
- Rating: 3.3 based on 15 reviews
The Nautilus Safety Footwear Womens N1435 Industrial Shoe is designed for those who prioritize comfort without sacrificing protection and durability. This work shoe combines a stylish casual look with essential safety features, making it suitable for various industrial settings. If you're seeking footwear that can handle the demands of your daily activities while providing all-day comfort, this may be an option worth considering.
Features
- Slip Resistant Outsole: The outsole is engineered to provide superior traction on slippery surfaces, enhancing your safety in the workplace.
- Removable PUREcomfort Footbed: Offers excellent cushioning that can be removed for cleaning or to accommodate custom orthotics.
- Electrical Hazard Protection: Designed to reduce the risk of electric shock in hazardous environments.
- SD-10 Technology: Provides additional static dissipative capabilities, ideal for electronics-focused industries.
- Lightweight Design: Ensures that the shoe remains comfortable throughout long hours of wear.
Pros
- Casual design makes them suitable for both work and informal settings.
- Highly slip-resistant, enhancing safety during movement.
- Comfortable footbed reduces fatigue over extended periods.
- Electrical hazard protection adds an extra layer of safety.
- Available in wide sizes, accommodating different foot shapes.
Cons
- The rating of 3.3 indicates mixed reviews from users, which may raise concerns about quality consistency.
- Some customers have reported sizing issues, suggesting that trying them on before purchasing is advisable.
- While they are durable, heavy-duty use in extreme conditions may not be their strongest suit.