Hobart Soft Toe TPU
The Hobart Soft Toe is a 6-inch men’s elastic-sided romeo Ankle Boots. A popular 100% comfortable choice for Mechanics with a TPU Outsole that is heat resistant to 266°F. The Hobart has Static Dissipative properties and is crafted from black premium full-grain cowhide Water Resistant Leather. This style is available in Wide (W) fit only. Steel Blue Hobart Soft Toe boots are independently certified to major international safety standards and the American Standard ASTM F2413-11.
Full Grain Leather - Black
Full Grain is a waxy style Leather that is generally considered as the highest quality Leather. Our premium Cowhide Leather is sourced from a leading, environmentally responsible New Zealand tannery.
Ortho Rebound® Footbed
Our patented Ortho Rebound® Footbed is uniquely designed to reduce foot fatigue. Made from high quality Polyurethane, it always retains its shape and thickness to ensure support from heel to toe, is antifungal, and the high wicking material keeps your feet cool and dry.
Strategically placed high-tech Poron® pads are placed in the sole and under your foot’s peak stress areas. We included Poron® in our Trisole® Comfort Technology, which is now the benchmark for safety boots.
A durable Outsole, providing a high tolerance against cuts, abrasion, splitting and cracking, as well as a high resistance to most oils and chemicals.
All Steel Blue boots are made from Premium New Zealand Cowhide Leather. The durable, yet supple Leather assists with less break-in time, making our work boots comfortable from day one.
Our standard durable outsole with heat resistance to 266°F. TPU Outsoles offer 0.40 Slip Resistance in accordance with the F2913-11 Coefficient of Friction Forward Flat Slip Oily & Wet Test.
Prevents the build-up of static electricity within your body by dissipating it through the sole.
A special tanning process treatment means all Steel Blue boots are water resistant.
Convenient, easy access work boots with an elastic side.
When toe protection isn’t required, our Soft Toe boots are a lightweight alternative.