Low safety shoe SAMEL SB FO E P CI HI WRU HRO

Low shoe, made of WRU suede leather, heel made of scratch-resistant leather with a thickness of 1.8 - 2.0 mm.

FEATURES

• TOE CAP 200J composite made of thermal polymer EN 12568
• ANTIPERFORATION INSOLE insulating composite flexible antipenetration EN 12568
• HARD ROCK INSULATING SOLE double density polyurethane and INSULATING RUBBER resistant to hydrolysis ISO 5423:92, hydrocarbons, and abrasion, anti-shock and anti-slip SRC
• The bottom part of the shoe, within certain limits (without moisture, not referring to the upper part), offers electrical insulation against voltages up to 1000V M Ω > 1.000
• Electrical resistance: Canadian standard CSA Z195 14 increase 1 kV/sec voltage 20,000V /60 Hz - duration 1 minute.
• Electrical resistance ASTM F2413 -11 increase 1 kV/sec voltage 20,000 V/60 Hz duration 1 minute. Requirement for lower electrical flow of 1.0 mA.
• DIELECTRIC INSOLE, extra comfortable bi-material with active carbons, breathable, removable, anatomical, absorbent, insulating, and antibacterial.
• Eco-Friendly

BENEFITS

• Lining made of very breathable and abrasion-resistant fabric.
• Soft tongue, lined and padded.
• FOOTWEAR WITHOUT METAL PARTS

FOR WHAT TYPE OF WORK IS IT APPROPRIATE

For all professionals related to the electrical field.

TECHNICAL DATA

CE UNI EN ISO 20345:2012 SB FO E P CI HI WRU SRC

Certifications

• Antiperforation insole
• Resistance to hydrocarbons
• Energy absorption in the heel area
• Anti-slip sole
• Insulation up to 1000 V
• Water-repellent upper
• Heat insulating sole
• Sole resistant up to 300° in contact with heat

Technologies and materials

• No metal
• Mondo point 11
• No steel
• High visibility
• Cold insulating sole

Conventions

• FO sole resistance to hydrocarbons
• E energy absorption in the heel area
• P sole resistance to penetration
• CI insulation against cold -17°C
• HI heat insulation
• HRO sole resistance in contact with heat