Safety Footwear

Safety footwear should be selected based on a workplace risk assessment, considering hazards such as impact, penetration, slip risk, water exposure and electrical properties.

Choose footwear with the appropriate EN ISO safety rating (e.g. S1, S1P, S3, S1S, S1PL), toe protection type (steel or composite), and additional features such as slip resistance (SRA, SRC, SR), anti-static or ESD protection. Product specifications detail the protection level and recommended working environments.

The updated EN ISO 20345 standard introduces clearer and more consistent safety classifications to better reflect modern footwear design and materials. One key change is the move from metal to non-metal penetration-resistant midsoles, improving flexibility, comfort, and insulation while maintaining protection. New symbols and ratings make it easier to identify features such as slip resistance, water resistance, and penetration protection at a glance. These updates help users choose footwear that better matches their working environment, comfort needs, and safety requirements.

ESD (Electrostatic Discharge) footwear is designed to safely discharge static electricity from the body to the ground, protecting sensitive electronic components and preventing sparks.

Anti-static footwear reduces static build-up by allowing a small amount of current to flow through the shoe to the ground. Anti-static shoes only reduce static build-up and are generally used in less sensitive environments.

Check the size chart on each product page. If you are between sizes, it is usually best to size up for safety boots due to thicker insoles and toe caps.

Safety boots can be heavier than regular shoes due to protective components. Lightweight composite toe options can reduce weight while maintaining protection.

If standard sizes feel tight at the sides, cause pinching even at the correct length, or you have bunions, swelling or any foot conditions, wide fit option is the perfect choice.