5.11 Tactical Atac 2.0 8 Shield Safety Boots Size 10.5 Wide, Black

ASTM 2413-11 and CSA standards for Carbon Tac toe CSA Z195-14 for grade 1 toe protection and electric shock resistant ASTM 2413-11,1/75,C/75,EH for impact & compression protection

The 5.11 Tactical Atac 2.0 8 Shield safety boots are engineered to meet rigorous safety standards, providing reliable protection for demanding environments. Constructed with high-quality materials, these boots feature a durable black leather upper that ensures longevity and resistance to wear. Designed with a wide fit, they offer enhanced comfort for all-day wear, making them suitable for law enforcement, security personnel, and industrial workers alike.

These boots are compliant with ASTM 2413-11 and CSA standards, offering impact and compression protection through a robust toe cap. The CSA Z195-14 Grade 1 toe protection enhances safety against electrical hazards, while the impact-resistant design absorbs shocks effectively. The boots are also certified to meet electric shock resistance (EH), providing peace of mind in potentially hazardous work environments. The lightweight construction, approximately 4.95 pounds per pair, ensures ease of movement without sacrificing protection.

Designed for durability and safety, the Atac 2.0 8 Shield features a slip-resistant sole for secure footing on various surfaces. The comprehensive safety features make these boots an essential part of your safety gear, combining comfort, protection, and compliance in one dependable package. Whether for tactical operations or industrial use, these boots deliver performance and reliability in every step.

Features:

• ASTM 2413-11 and CSA standards compliance for impact, compression, and electrical hazard protection.

• CSA Z195-14 Grade 1 toe protection for electrical shock resistance.

• Lightweight design weighing approximately 4.95 pounds per pair for ease of movement.

• Durable black leather upper with wide fit for enhanced comfort and longevity.

• Slip-resistant sole for secure footing on various surfaces.