Georgia | Men's Athens 360 Steel Toe Waterproof Pull-on Work-Brown

Feel supreme comfort while you take on the workday! The Athens 360 steel toe waterproof pull-on work boot is designed for both comfort and performance in rugged work conditions.

The upper is made from our premium abrasion resistant SPR leather. Leather pull loops allow for an easy pull on of this moc-toe work boot. The rear shaft is molded for a flexible customized fit. The steel toe cap is Ergo Fit, giving your toes a better range of motion. It meets ASTM F2413 impact and compression standards for protective toe boots.

The inside of this defined heel work boot is lined in a high-performance mesh and includes the Georgia Waterproof system, guaranteed to keep water and muck out of your boots when working in wet conditions. The Comfort Core Next Gen insole is a removable memory foam footbed that features individual pillars that flex as you move.

Below the insole is a fiberglass shank for stability on a cushioning EVA midsole. A TPU Anchor Disk gives additional stability and arch support. The CTR rubber outsole is made of our proprietary rubber blend. It has great oil, slip, chemical, heat and abrasion resisting properties, making it an ideal outsole for rugged job environments. It meets ASTM F2413 electrical hazard standards.

• Georgia waterproof system
• EVA midsole
• Steel Toe
• Full-grain leather upper
• ASTM F2413 protective toe classification
• ASTM F2413 electrical hazard standard
• Anchor Disk by Georgia - provides added heel support
• Leather pull straps
• Fiberglass shank
• Heel-stabilizing Counter Lock
• 90-degree defined heel
• 11 Inches in height
• Reinforced toe stitch
• High performance mesh lining
• Ergo-Fit safety toe designed to match contours of feet, providing superior comfort and flexibility
• Heat, chemical, abrasion, and slip-resisting dual-density EVA and Carbo-Tec rubber outsole
• Comfort Core Next Gen memory foam insole
• 360° stitch-out construction with cupsole
• Molded rear shaft provides unparalleled comfort and flexibility