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- Safety shoes I work shoes BLACK
- SIXTON FORZA, ...
- Version: Half shoe
- Colour: black
- Upper material: Microfaser
- Safety class: S1P (witz toe cap)
- Safety standard: EN ISO 20345:2011
- Slip resistance: SRC (SRA + SRB)
- Application: Interior construction, transport/warehousing/logistics, automotive industry
- ESD: ESD Klasse 3
- Standards and certifications: EN ISO 20345:2011 S1P, A - Antistatic properties, E - Energy absorption in the heel area, FO - Fuel resistant sole, P - Puncture-resistant sole, CI - Cold insulation, ESD, SRC
- In stock!
- Package contents: 1 pairs
Article number: 62FB0936, Unit: pairs
Standards and certifications
Features:
- Toe cap protection
- Heel energy absorption
- Oil and hydrocarbon resistant sole
- Antistatic
- Water-repellent upper leather
- Puncture-resitant sole
- Slip resistance
Product description
IDEAL FOR THE CRAFTS, LOGISTICS, AUTOMOTIVE AND ESD SECTORS
Replaceable insole: Anatomically shaped, breathable insole. Durable fabric with recycled open-cell foam that absorbs shock and reduces fatigue. It wicks away sweat thanks to its high evaporation capacity.
Protective elements: Composite toecap with fiberglass. Impact resistant up to over 200 J. Puncture-resistant textile lining. Withstands more than 1,100 N with a 3.0 mm blunt-tipped nail. Protection for the entire sole of the foot. Flexible and comfortable.
Lateral stability: Internal ergonomic rigid structure cradles the heel, regulates foot position, and supports the ankle during lateral movements. A secure fit prevents the shoe from slipping out.
Torsional stability: Support made of rigid plastic material. Supports the heel, arch, and midfoot joints by distributing energy. By supporting natural foot movement, it offers comfort and increases stability.
Electrical properties: ESD shoes dissipate static electricity and prevent damage to surrounding objects. They comply with the following standards: IEC EN 61340-5-1:2016 - IEC EN 61340-4-3:2018 - IEC EN 61340-4-5:2018.
Other: D3O materials are manufactured using advanced polymers. They absorb and dissipate energy during impact, offering superior stability, damping, and fatigue resistance.
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