Which footwear best protects against electrical hazards in the workplace?

• A. Leather boots
• B. Rubber sandals
• C. Nonconductive safety shoes
• D. Steel-toed safety boots

Answer: (C)

Protecting against electrical hazards comes from footwear that acts as an insulating barrier between you and energized surfaces. Nonconductive safety shoes are designed with dielectric materials in the sole and construction that resist the flow of electricity. This helps prevent a current from traveling through your body if you step on a live surface or touch energized parts, reducing the risk of shock.

Leather boots can become conductive, especially when damp, and they lack reliable electrical insulation. Rubber sandals offer poor coverage and insufficient protection against electrical paths through the ground. Steel-toed safety boots focus on impact protection and toe safety, but the metal components can conduct electricity and they don’t provide the same insulation as nonconductive footwear unless specifically rated for electrical hazards.