MACSOLE 1.0 NTX

Model for asphalting

Article ID: 6264010
EN ISO 20345: 2011 SBP WRU HI HRO SRA
Sizes: 38 - 48

Benefits overview

  • Sole: MACSOLE® 1.0 smooth rubber sole, resistant to oils and hydrocarbons, resistant to heat on contact (HRO), rubber-coated end piece
  • Upper: pigmented full-grain leather, reflectors, derby cut adapted to all foot shapes, reduced number of seams. Leather gusset 1mm thick, padded grain leather 1mm thick.
  • Lining: orange textile mesh, very resistant to abrasion, very good absorption of water vapour, quick-dry
  • Toe cap: metal-free
  • Penetration-resistant mid-sole: stainless steel
  • Hygienic and comfortable insole: PU, removable, anatomical, perforated. Ultra microfibre upper, highly abrasion-resistant, allows good wicking of perspiration
  • Weight: 780 g in size 42

Product features

MACSOLE®

MACSOLE®

MACSOLE® soles, made from an exclusive mixture of nitrile rubbers offer unequalled performances in terms of adherence, safety and longevity in the most extreme conditions

Non-metal protective toecap

Non-metal protective toecap

• Provides protection against falling objects up to 200 joules and compression of up to 15 000 Newton in accordance with EN 20345
• 100% antimagnetic
• Confortable due to its ergonomic shape
• Extra wide
• 20% lighter than conventional steel toecap
• Conducts less heat and cold than a metal toecap

Stainless steel penetration resistant midsole

Stainless steel penetration resistant midsole

Resists to perforation up to 1 100 Newton in accordance with the EN 20345 standard

Thermoshield XTREM

Thermoshield XTREM

• High performance thermal insulation
• Breathable textile surface
• Anatomically shaped wraparound insole provides excellent stability
• Shock absorber for walking comfort
• Textile contact surface, efficiently wicks moisture
• Antistatic

Resistance to water penetration

Resistance to water penetration

WRU in accordance with the EN 20345 standard

Resistance to contact heat (HRO)

Resistance to contact heat (HRO)

Resists to temperatures of up to 300°C in accordance with the EN 20345 standard (HRO)

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