Safety sneaker Lemaitre S3 Joey SRC

• Composite shell resistant to 200 joules
• Electrical Resistance-Antistatic Footwear
• Energy absorption through the heel
• Resistance of the outsole to hydrocarbons
• Resistance of the sole to perforation
• Resistance of the upper to water penetration and absorption
• SRC anti-slip soles

Features:

• Water-repellent split leather with a velvet finish: ultra-soft in a trendy colour, very resistant material, which helps prevent water infiltration.
• High tenacity textile: highly abrasion-resistant textile material.
• High visibility piping.
• Very comfortable footwear: wide and padded, excellent cushioning when walking.
• Anti-perforation insert in ultra-light and flexible high tenacity textile, thermally insulating (insensitive to temperature transfers), it is insensitive to wear and protects 100% of the surface of the foot.
• SP-Light toe cap: ultra light and non-magnetic.

• SP-LIGHT non-slip SRC sole:

Antistatic, flexible and lightweight EVA/nitrile rubber sole, developed by Lemaitre and manufactured in Europe.

The nitrile rubber wear pad provides excellent resistance to abrasion, hydrocarbons and withstands very high temperatures.

The EVA comfort layer is flexible and provides good shock absorption.

Non-slip thanks to an open stud structure for better liquid evacuation. Optimal grip on very smooth and damp floors.

Very flexible sole without side rise for unconstrained comfort and excellent foot breathability.

Front reinforcement for improved protection and durability.

• Weight per pair size 42: 997 g

Material:

• Lining in flexible three-dimensional textile and very breathable thanks to its honeycomb structure, it allows better ventilation of perspiration and provides a pleasant feeling of comfort.

Protection:

• Toe cap: HDFC Composite fiber (200 joules)
• Anti-perforation insert: high tenacity "zero" penetration composite textile (1100 Newtons)

Standards:

• EN ISO 20345: 2011 S3

Additional information:

The EN 345 ​​protective shells and toe caps withstand an energy of 200 Joules. This energy corresponds to a 20 kg object falling from a height of one meter. On crushing (fall height equal to 0), the 200J protective shell resists a force equivalent to 1,500 kg.