Page 2 of 3
Understanding Safety Shoes
• Slim profile. Alloy toe caps are often thinner, allowing for a more comfortable fit.
• Durability. They offer high strength and durability.
• Applications. Alloy toe shoes are preferred in industries requiring lightweight footwear with robust protection, such as logistics and warehousing.
Metatarsal Guard Shoes
These shoes offer additional protection to the upper part (top) of the foot, not just the toes. Key Features:
• Extended protection. They protect the metatarsal bones from impact and compression.
• Variety of materials. Guards can be made from materials like aluminum, steel, or composites.
• Comfort. Modern designs ensure the metatarsal guards do not hinder movement or comfort.
• Applications. Metatarsal guard shoes are used in industries with a high risk of foot injuries, such as mining, heavy manufacturing, and foundries.
Electrical Hazard (EH) Shoes
EH shoes are designed to protect wearers from electrical hazards. Key Features:
• Non-conductive soles. They are made with insulating materials to prevent electric shocks.
• ASTM standards. They meet or exceed ASTM standards for electrical hazard protection.
• Versatility. Available in various styles, including boots and low-cut shoes.
• Applications. These shoes are essential for electricians, maintenance workers, and others who work in environments with electrical hazards.
Puncture-Resistant Shoes
These shoes are designed to prevent sharp objects from penetrating the sole. Key Features:
• Steel or composite plates. They have puncture-resistant plates embedded in the soles.
• Flexibility. Despite the protective plates, they are designed to be flexible and comfortable.
• Variety of styles. Available in both boots and low-cut shoe designs.
• Applications. Puncture-resistant shoes are crucial for construction workers, landscapers, and anyone working in environments with sharp objects on the ground.
Slip-Resistant Shoes
This article originally appeared in the September 2024 issue of Occupational Health & Safety.