Safety shoes Lahti Pro LPTOMD composite toe size 42 S1

Safety shoes Lahti Pro LPTOMD composite toe size 42 S1 are low ankle work shoes with a composite toe cap and a double-density polyurethane sole with anti-slip properties. The sole is resistant to diesel fuel and the shoes include antistatic features and energy absorption in the heel area. These shoes contain no metal parts and meet the ISO 20345:2011 standard with protection category S1 SRA. Size: 42.

Advantages

The composite toe cap provides impact protection while remaining lightweight and non-metallic. The double-density polyurethane sole offers durability and slip resistance, and its diesel-resistant formulation keeps the sole intact in environments exposed to hydrocarbon contact. Antistatic properties reduce the risk of electrostatic discharge and the heel energy absorption improves comfort during prolonged standing or walking.

Suitable for

• General light industrial and warehouse work
• Maintenance and service tasks where metal-free footwear is required
• Environments with risk of slipping and occasional contact with diesel
• Work that requires compliance with ISO 20345:2011 S1 safety category

Key specifications

• Brand: lahti pro
• Model: LPTOMD
• Protection class: S1 SRA
• Standard: ISO 20345:2011
• Toe cap: composite (non-metallic)
• Sole: double-density polyurethane, anti-slip, diesel-resistant
• Features: antistatic, energy absorption in heel
• Metal-free construction
• Size: 42
• MPN: 5039279
• EAN: 5903755039279

How to use

Select the correct size (42) and fasten the shoes securely before starting work. Use these Lahti Pro safety shoes in workplaces requiring S1 protection: ensure the lacing provides a snug fit to maintain toe cap positioning and heel support. Inspect soles and uppers regularly for wear or damage, and replace the shoes if protective features are compromised.

Usage recommendations

Use clean, dry socks and store the shoes in a ventilated area when not in use. Avoid prolonged exposure to strong chemicals or high temperatures that could degrade the polyurethane sole. For tasks with higher mechanical risks or puncture hazards, choose footwear with a higher protection class.