LICA

Dielectric Safety Boot Mod. 107PLUS-SP

LICA dielectric safety boot with thermoplastic eyelets Mod. 107PLUS-SP with 200 J polyamide toe cap, cork midsole, reflective band and mixed natural and synthetic leather upper. Certified under NOM-113-STPS-2009.

  • Protection type: PP+D (toe protection and dielectric)
  • Manufacturing system: Cemented sole
  • Upper: 50% natural leather + 50% synthetic, 1.8 – 2.0 mm thickness
  • Midsole: Cork
  • Outsole: Anti-slip, resistant to oils, solvents, acids and corrosive agents
  • Insole: Molded EVA
  • Lining: Textile
  • Eyelets: Thermoplastic
  • Band: Reflective
  • Color: Black with blue details
  • Toe cap: Polyamide, withstands impacts up to 200 J (20 kg)
  • Dielectric: Resists up to 14,000 volts
  • Weight: 0.672 g per piece
  • Sizes: 5 to 12 (whole sizes only)

NORMATIVAS Y CERTIFICACIONES

113-STPS-2009 TIPO III + TIPO II + TIPO VI TENIS DE SEGURIDAD

The 107PLUS-SP dielectric safety boot with thermoplastic eyelets brings together a set of features that position it as a high-performance option within the LICA portfolio. Its polyamide toe cap resists impacts up to 200 J (20 kg) and its dielectric construction withstands up to 14,000 volts, meeting NOM-113-STPS-2009 requirements. The thermoplastic eyelets reinforce the highest-tension points of the boot, extending its service life under intensive lace use. The cork midsole progressively absorbs impact with every step, complemented by the molded EVA insole for uniform cushioning throughout long shifts. The anti-slip outsole resists oils, solvents, acids, corrosive agents, abrasion, impact, and compression, while the reflective band adds passive visibility in low-light conditions. The mixed natural and synthetic leather upper balances durability and flexibility in a single model.
Designed for workers in chemical, petrochemical, manufacturing, and construction industries where electrical hazards, corrosive substance exposure, and impact risks coexist. Its reinforced construction makes it especially suited for intensive use and extended shifts.
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