Carolina CA3045: 6-inch Tan Leather Waterproof Work Boot
If you are looking for a durable pair of boots for work or everyday wear then try out the 6-inch Carolina CA3045 tan leather work boot! Made with a design more like a hiker boot than a work boot, these Carolina boots are as comfortable as they are durable.
Built with the quality that you expect from Carolina Work Boots, these 6-inch men's boots are made with a tan nubuck leather upper attached to a slip and oil resistant rubber outsole using cement construction. So what does that mean for you? It means you're getting a durable boot that remains flexible and won't come apart on your even with the most rugged use. For comfort and support, the Carolina CA3045 tan leather boots sport a removable EVA footbed and strong steel shank.
For added protection from the elements, these 6-inch works boots are also made with Carolina's Waterproof SCUBALINER. A waterproof membrane similar to Gore-Tex, the SCUBALINER keeps water out, but still lets air move freely in and out of the boot, keeping your feet dry, cool, and comfortable. These tan work boots are electrical hazard rated meaning that they can withstand applications of 14,000 volts at 60z for one minute without leakage. The slip resistant sole will give you supreme traction on a variety of surfaces so that you can always stay on your feet. With all these great features, you know you can't go wrong with these boots! Order your Carolina 6-inch tan Leather Work Boots today!
Carolina Boots: 6-inch Waterproof Boot CA3045 Features:
- Wheat Nubuck Upper
- Taibrelle Lined
- Oil Resistant Rubber Lug Outsole
- Steel Shank
- Direct Attach Construction
- Waterproof Scubaliner
- Electrical Hazard Rated
- Waterproof Boots
Mens Carolina CA3045 Sizes Available:
Medium (D): 8-12,13,14
Wide (EE): 8-12,13,14
Description from Carolina Boots:
Mens 6-inch Waterproof Work Boot:
Straightforward, functional footwear for work. These boots will take you comfortably back to basics.
About the Technology in this Carolina Work Boot
Footwear tested by an independent lab that can withstand applications of 14,400 volts at 60hz for one minute without leakage.