JALAS 1828 JUPITER safety boot

CHARACTERISTICS

• OTHER, NOT FURTHER PREPARED
• Safety footwear, boots/boots
• Manufacture in which all the materials used are classified within a heading other than that of the product
• Widespread
• SIZE RANGE (UE) 35-50
• It 's a big prize
• Type of sole Enduro
• Leather coated with PU
• THICKNESS OF TOP MATERIAL 1,6-1,8
• PRONOUNCED PU

BENEFITS

• ProNose tip reinforcement, wide fit, heat-resistant sole, hydrocarbon-resistant sole, anti-static properties, bellows, padded boot rod, template with ventilation, handrails, waterproof, double impact absorption zones, complies with IEC 61340-5-1 (ESD)
• Prevent the risk of injury to the toes, nail drilling, antistatic

APPLICATIONS

• For outdoor use, environments at risk of drilling in the sole, harsh environments

TECHNICAL DATA

• SB: Footwear with toe protection tested at an impact of 200 J and a compressive force of 15 kN (includes oil resistant sole)
• S1: Footwear made of leather and other materials, excluding footwear made entirely of rubber or entirely of polymer + closed seating area + SB + A + E
• S2: S1 + WRU
• S3: S2 + P
• WRU: Waterproof (water penetration and absorption)
• P: Puncture resistant mould
• HRO: Compound of the sole resistant to contact heat at 300 °C
• CI: Cold insulation
• HI: Heat insulation
• A: Anti-static: electrical resistance (between 0,1 and 1000 megaohms)
• E: Energy absorption in the heel area (tested at 20 July)
• SRA: Slip resistance on floors of ceramic tiles with sodium lauryl sulphate solution (soap)
• SRB: Slip resistance on steel floors with glycerol
• SRC: SRA + SRB. Maximum level of non-slip
• IEC 61340-5-1: Resistance to electrostatic discharge (ESD) of less than 35 megaOhms
• DGUV 121-119: Orthopaedic fit of footwear according to German standard DGUV 121-119. The footwear is tested with fitted orthopaedic insoles according to EN ISO 20345

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