FLEX-TUFF™ Walcot Chore Boot (Soft Toe)
- All-day comfort
- Maximum flexibility
- Ultra durable
Order Protection
Protect items from loss, damage and theft + free returns and exchanges
25% LIGHTER THAN PVC BOOTS
ANTI-FATIGUE AND ALL-DAY COMFORT
ASTM CERTIFIED NON-SLIP
100% WATERPROOFDescription
✅The Walcot's cutting-edge FLEX-TUFF™ technology, takes chore boots to the next level. Experience unmatched comfort, durability, and performance with the Walcot.
There aren't any boots we could possibly compare it to. These boots speak for themselves when your foot first clicks in. So don't wait any longer, try them now with a 45 day trial!
✅ Enjoy the perfect fit of the Northside Walcot boots. Designed to fit like a regular shoe with a click-in design, your heel will effortlessly click into place every time. Experience unparalleled comfort and convenience with these innovative boots.
Anti-Microbial Insole
- Reduces the growth of odor-causing bacteria and fungi
- Helps to prevent foot infections and skin irritations
- Provides a healthier and more hygienic environment for your feet
- Extends the life of your shoes by reducing the buildup of bacteria and fungi
- Reduces the need for frequent washing or replacement of shoes and insoles
- Provides a more comfortable and pleasant wearing experience for your feet.
Specs & Sizing
HEIGHT: 16"
SIZING: Men's (true to size)
SIZING: Women's (order 2 sizes down)
INSULATED: No
REMOVABLE INSOLE: Yes
TOE TYPE: Plain
UPPER MATERIAL: FLEX-TUFF
WATERPROOF: Yes
WIDTH: Medium
Why Choose the Walcot?
Abrasion Resistance
FLEX-TUFF's superior abrasion resistance over PVC and rubber is due to its unique molecular structure, crosslinking, hardness, tear strength, resilience, and chemical resistance, which allow it to withstand abrasive forces more effectively.
Ultra Flexible
Due to FLEX-TUFF's unique molecular structure consisting of hard and soft segments, it is able to stretch and recover its shape easily. Avoiding cracking, unlike PVC.
Cold & Heat Resistance
Because the material is not PVC these boots withstand the cold and heat better than any PVC boot in the market.
Eco-Friendly
Our FLEX-TUFF material can be recycled again and again without losing any of its amazing properties. It also does not include chemicals such as chlorine or phthalates.
Perfect for any chore
The Walcot is extremely versatile, due to its durability, lightweight and ASTM safety ratings.
My power washing pals. They are comfy, and feel great on concrete. These boots fit like shoes, and for me, that is a game changer. Most boots fit bulky and heavy, not these.
Bought these in december. Wore them in the cold, and wearing them now (5 months later) in the spring/summer. They aren't blazing hot, and the lightweight feature is like having nothing on my feet compared to bulky pvc boots.
Absolutely love these things. Super lightweight but also heavy duty. I wear them for work and I am more than satisfied.
These are my new go to boots. Doesn't matter what I am working on. I know I want to be wearing these. My buddy recommended them. Very sturdy. Super comfy.
Every rubber boot these days are the same, too roomy, bulky, heavy and the comfort is just not there. Walcot changes this, and introduces a new standard in rubber boots.
We strived for remarkable adaptability in the Walcot when developing it. Use it in any scenario with confidence.
Every rubber boot these days are the same, too roomy, bulky, heavy and the comfort is just not there. Walcot changes this, and introduces a new standard in rubber boots.
We strived for remarkable adaptability in the Walcot when developing it. Use it in any scenario with confidence.
How is FLEX-TUFF Not Rubber?
To give you the best breakdown of what the material actually is, below shares the exact science behind it and a summary of the material.
Material Overview
FLEX-TUFF features unique blend of elastomer components and allows it to stretch and retain its shape, withstand repeated stress, and maintain its properties in demanding environments.
The Exact Science
FLEX-TUFF is polymers composed of cross-links. These cross-links, formed by covalent bonds, create a three-dimensional network structure. The long polymer chains can move and rearrange when stretched, distributing the applied stress. When the stress is removed, the cross-links pull the chains back to their original configuration, enabling the elastomer to recover its shape. This unique molecular structure gives elastomers their characteristic elasticity and resilience.