Georgia Steel Toe Wedge Men's Wellington Work Boot G5353
The Georgia Steel Toe Wedge Men's Wellington Work Boot G5353 is made from SPR™ leather; as a result of the way it's been tanned, it has 3 times the strength and is able to resist abrasions 2 ½ times better than traditional leathers. It is also highly resistant to barnyard acids and caustic chemicals.
You never know if an object is going to drop on top of your feet unexpectedly, or if you might step down onto something electrical as you are working. These work boots were built with a steel toe; it meets the ASTM F2413-05 I/75 C/75 Protective Toe Classification, which means that it is able to withstand up to 75 lbs. of impact and compression. This footwear also complies with the ASTM F2413-05 Electrical Hazard Standard.
Keeping your feet comfortable is important. With that in mind, Georgia built this footwear with a cushioned insole covered in a soft material; it provides comfort for your entire work day. You'll be able to walk along steadily and the arches of your feet will be supported due to the steel shank.
A vital component of this men's work boot is Goodyear® welt construction. Putting the footwear together this way enhances its durability and strength, plus it allows you to have the outsole replaced by a shoe repairman once it has started to wear down.
You'll have no difficulty getting these work boots on because there are pull loops on each side of the boot.
Cushioning and flexibility come from the Poly Wedge Ultra outsole that's non-marking sole and resists chemicals and oils.
When you want a pair of durable, protective and comfortable work boots, just pull on the Georgia Steel Toe Wedge Men's Wellington Work Boot G5353.
FEATURESPROTECTIVE TOEImpact testing determines the amount of protection to the toe under various foot pounds of force. Compression testing determines the amount of static pressure a steel/composite toe cap can withstand. Our boots are I75/C75 ELECTRICAL HAZARDFootwear is built with nail-free construction to help insulate you from the ground to slow down conduction, but is not intended to be primary protection against electric shock. Leather footwear must be dry. Our electrical hazard boots meet and exceed ASTM electrical hazard standards.
SPR® LEATHERSPR™ leather resists caustic alkali, sulfuric acid, calcium hydroxide, potassium phosphate, caustic potash, and other barnyard acids. It's also pasture-proof
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