This item is drop-shipped directly from the manufacturer to you to minimize any delays. Although LAPG strives to ensure the availability shown on this page is accurate, please be advised that the availability of this item is subject to change depending on the manufacturer's inventory. If we are unable to confirm the order with the manufacturer, LAPG will notify you as soon as possible. Please be advised that any shipping method selected will be calculated from when the manufacturer ships, and not when the order is placed.
The LaCrosse Footwear ATS Overshoe 12" Tungsten Carbide Stud Fleece Work Boot features a unique, studded outsole that combines two different densities of rubber for traction and slip resistance on both hard and soft surfaces. Built with proven rubber formula to ensure that you stay dry and protected under the harshest of conditions.
Features
Lined with fleece for added warmth.
- OZONE & TEAR RESISTANT RUBBER
Built with more natural rubber than most other boots, our hand-laid rubber remains durable and waterproof year after year. Our ZXT rubber is specially formulated to be ozone and tear resistant for added protection.
- NON-CORROSIVE METAL BUCKLES
More durable than zipper styles, our proven metal buckles have an adjustable fit to accommodate multiple shoe shapes.
A 3Mâ„¢ Scotchliteâ„¢ reflective heel wrap for added safety increases visibility in low light conditions.
These overshoes are constructed with an added layer of knurled rubber under the arch of the foot for traction and protection when climbing ladders.
We take an outsole already built for snow and ice, then add our Carbide/Tungsten studs for extra traction. Studs are placed down the center of the outsole and also along the perimeter allowing for better stability even off the snow and ice. The rubber lugs are reinforced for added durability.
Our industrial strength carbide/tungsten studs are made from an extra strong type of alloy steel. Which means they last a lot longer, even in non-snow and ice terrain. These studs are slip resistant on both soft and hard surfaces.
Specifications