Impact 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
Footwear 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.
Skilled craftsmen who are specially trained to create high quality Justin boots use more than 16 square feet of natural leather in each pair. It takes more than 100 different steps to create one pair of boots, making them a great value for such high quality and craftsmanship.
These western style boots meet ASTM F2413 I/75 C/75 Protective Toe classification with a steel toe cap, meet ASTM F2413 Electrical Hazard standards, and are slip resistant on a variety of surfaces.
These boots also meet impact and compression guidelines for added comfort.