NEO TOOLS turvakengät S1 SR, teräskärki, EVA popcorn-välipohja, koko 42

On a busy construction site or in a fast-moving logistics hub, your feet face constant hazards—falling objects, slippery floors, and long hours on hard concrete. The NEO TOOLS 82-152-42 low-cut safety shoes are built for exactly these conditions, combining a steel toe cap, slip-resistant outsole, and a lightweight EVA popcorn midsole to keep you protected and comfortable throughout the shift.

Key specifications

• Safety class: S1 SR according to EN ISO 20345:2011
• Steel toe cap with 200 J impact resistance and 15 kN compression resistance
• Slip resistance SR on ceramic tile with glycerol
• EVA popcorn midsole for lightweight cushioning and energy return
• PU/rubber outsole resistant to fuel oil
• Antistatic properties and energy absorption in heel area
• Upper made of textile and synthetic materials with breathable textile lining
• Removable insole and lace-up closure
• Colour: black / grey
• Size: EU 42

Why choose it

These shoes deliver certified protection without the weight of traditional safety footwear. The steel toe cap shields against impacts and compression, while the SR-rated outsole grips confidently on slippery ceramic tiles. The EVA popcorn midsole reduces fatigue during long shifts, and the breathable lining keeps feet dry. Antistatic properties add an extra layer of safety in environments with sensitive electronics.

Ideal use cases

• Construction and building sites
• Warehouse and logistics operations
• General industrial work
• Maintenance and assembly tasks
• Any workplace requiring S1 SR safety footwear

Good to know

The shoes meet the EN ISO 20345:2011 standard for safety footwear. The S1 classification means they have a closed heel area, antistatic properties, and energy absorption in the heel. The SR mark indicates slip resistance on ceramic tile with glycerol, a common test for oily and wet conditions. The removable insole allows for custom orthotics if needed. Always check your workplace safety requirements before use.