Safety boots NEO tools 82-151-44 Composite toecap 1.72 kg

NEO tools 82-151-44 Composite toecap safety boots are S3L SR FO class footwear designed to protect the foot in demanding work conditions while remaining lightweight. Weighing 1.72 kg, these boots feature a composite (non-metallic) toecap that provides impact protection up to 200 J and makes the shoes suitable where metal detectors are used. The construction includes a Kevlar anti-puncture insole, water resistance, cold protection and softening resistance. The outsole is non-slip, abrasion-resistant and resistant to oils, petrol and many organic solvents. The boots meet CE requirements and comply with EN ISO 20345:2022.

Advantages

The composite toecap offers effective impact protection without adding the weight or thermal conductivity of metal, and the entirely non-metallic construction prevents triggering metal detectors. The Kevlar anti-puncture insole increases protection against sharp objects while retaining flexibility. The sole provides slip resistance and shock absorption and is chemically resistant to oils and fuels, improving durability in industrial environments. Multiple reinforcements and abrasion protection extend service life under frequent use.

Suitable for

• Construction sites and general building work
• Manufacturing and assembly lines
• Maintenance, installation and service tasks
• Outdoor work in cold or wet conditions
• Locations with metal detectors or security checks

Key specifications

• Safety class: S3L SR FO (EN ISO 20345:2022 compliant)
• Toecap: composite, impact protection up to 200 J
• Insole: Kevlar anti-puncture
• Weight: 1.72 kg (pair)
• Sole: non-slip, abrasion-resistant, shock-absorbing, resistant to oils and petrol
• Construction: non-metallic components throughout
• Protective properties: water resistance and cold protection

How to use

Select the correct size and ensure laces are securely fastened to provide proper ankle support. Use these safety boots in environments where toe impact, puncture hazards, slippery surfaces, cold or light water exposure are present. Regularly inspect the boots for visible damage to the upper, sole or insole, and replace them if protective elements (toecap or anti-puncture layer) are compromised. Allow boots to dry naturally after exposure to moisture and avoid direct heat sources that could damage materials.

Recommendations

For best performance, pair with appropriate socks and use in combination with other required personal protective equipment. Clean soles of debris after each shift to maintain slip resistance, and store in a dry, ventilated place away from direct sunlight and high heat to preserve material properties.