Sparco - Indy-H Werkschoen

The specifications of the Sparco Indy Richmond safety shoes can be explained as follows:

Type of Sole (Laddergrip - LG):
These shoes have a sole with laddergrip, which ensures maximum safety and stability when working on a ladder.

ESD: The Sparco Indy Richmond  safety shoes are equipped with an antistatic sole that dissipates electrostatic charge. They provide protection against electrostatic discharges and increase safety in environments with sensitive electronics or explosive substances.

SR: These high-quality safety shoes provide extra grip on a variety of surfaces, reducing the risk of slips and falls. They are even non-slip on ceramic ground covered with water and detergent (soap).

Safety level (S3):The Sparco Indy Richmond  safety shoes meet the S3 standard. They have a toe cap that can withstand an impact of 200 joules and are equipped with an anti-perforation sole to prevent sharp objects from piercing the sole. Moreover, they have a water and oil resistant sole.

Metal-free: The Sparco Indy Richmond  safety shoes are completely free of metals. This ensures a lighter weight, more comfort and less fatigue of the feet and legs. In addition, metal-free safety shoes are more resistant to corrosion and oxidation, which extends the life of the shoe.

EN ISO 20345:2022: These shoes comply with the most recent version of the European standard for safety shoes. The standard sets stricter requirements for design and performance, including testing of the sole's electrical resistance, improved shock absorption, and resistance to sharps penetration. This provides better protection against the impact of falling objects and prevents accidental injuries in the workplace.

Composite toe protection:
The Sparco Indy Richmond  safety shoes have a composite tip. This lightweight tip is made of very strong and durable materials. Unlike a steel nose, a composite nose is non-metallic and non-conductive. The lightweight design provides comfort during prolonged wear and reduces foot fatigue. In addition, the composite tip is more resistant to extreme temperatures. On impact, the composite tip will not dent, allowing the toe cap to maintain its protective function, while a steel toe cap may need to be replaced if it dents.