Modèle
Polyurethane boots lined with neoprene {model ANGLER PRO 719}
Product description
Polyurethane boots lined with Neoprene, ANGLER PRO 719 model: The ultimate union of Polyurethane and Neoprene
Working with your feet in water, cold, or on unstable ground is not only uncomfortable, it is a risk to your safety and productivity. A stiff boot that injures the calf or a sole that slips turns every day into a torment. Why sacrifice your comfort for your protection? These boots revolutionize your personal protective equipment (PPE). Designed for heavy use, they provide an impenetrable barrier against moisture while ensuring complete agility.
Why choose this model?
✔️ Superior thermal insulation: The full neoprene lining maintains a stable temperature and keeps your feet dry, even during prolonged still postures.
✔️ Dynamic morphological fit: Thanks to the elastic gusset, the boot self-adjusts to your calf for a tailored hold without compression.
✔️ Puncture-proof safety: The steel insert integrated into the PVC/Nitrile sole protects your feet from piercing hazards on rough worksites.
✔️ Long-lasting joint comfort: The shock-absorbing heel disperses impact energy, drastically reducing back fatigue at the end of the day.
Technical details
The superiority of this work garment lies in its high-density polyurethane (PU) design. This advanced polymer, produced under strict European manufacturing, offers unmatched lightness compared to traditional rubber while being more resistant to hydrocarbons and chemicals. The molecular structure of PU, combined with a high-grip lugged outsole, ensures exceptional durability for construction and industrial professionals. It is the safety investment par excellence for those who demand the best from their gear.
✅ Face the elements and push your limits today!
The expert’s tip!
To extend the lifespan of your boots and ensure impeccable hygiene, do not leave them lying on the ground. Optimize your storage space with our wall mount for boots. It ensures natural vertical drying and prevents shaft deformation.