Honeywell™ BACOU PLOMITA S3 Shoes

Description

• Ensures better protection
• Water-resistant leather upper
• Great resistance and flexibility
• Anti-bacterial lining with 3D structure
• Ultra-breathable, quick drying
• Padded ankle collar and tongue
• Adapts to the user's foot shape, ensures comfort when worn for long periods
• Lateral watertight bellows
• Prevents liquid and dust from entering footwear
• Excellent foot insulation from heat (HI) and cold (CI)
• Response to diverse environments (frozen ground, very high temperatures)
• Midsole: Stainless steel: efficient technology covering the most extensive panel of risks. Puncture resistance: over 1100 N with a spike of 4.5 mm.
• Upper: Water repellent leather upper. Padded ankle collar and tongue. Lateral watertight bellows. Anti-bacterial lining with 3D structure.
• Toe Cap: 200J SPACIUM™ toe cap in injected polymer. Non-metallic: 50% lighter than steel. Extra-wide for greater comfort: suits all foot types. Non magnetic. Thermal insulator. Unalterable.
• Insole: Dual density PU foam for intensive use. Removeable for easy care. Antibacterial for a longer life span and to prevent odour. Antistatic for optimal efficiency. Comfortable heel pads. Evacuation channels.
• Outsole: Dual density polyurethane: PU 2D. Comfort layer of density: 0.5 (guarantees lightness and flexibility, ensures shock absorption and protects against changes in temperature). Outsole layer of density: 1 (resistance to abrasion, fuel oil and grease). High slip resistance due to well defined cleat design, wide, deep and self-cleaning. SRC certified: SRA: on ceramic plates: flat 0.45 (minimum standard: 0.32) heel 0.46 (minimum standard: 0.28) / SRB: on steel floor: flat 0.24 (minimum standard: 0.18) heel 0.24 (minimum standard: 0.13). Energy absorption capacity > 20 joules. Excellent resistance to abrasion: volume loss < 150 mm3 (with a load of 10 N = 1 kg). Extension before tearing: 650%. Optimised resistance to repeated flexing > 60,000 (standard >30,000). Resistant to acids and alkalis: limited to low concentrations.