14921512 Kategorie: ,

APC 2 Multinorm Inherent Trousers

6591 

(bez DPH)

  • Velikosti
    C44, C46, C48, C50, C52, C54, C56, C58, C60, C62, C64, D100, D104, D108, D112, D116, D120, D124, D92, D96.

14921512 / APC 2 Multinorm Inherent Trousers

Multinorm trousers in inherent flame-resistant material, built for work where the risks are higher and the demands are clear. The combination of a durable outer fabric and a thin lining on the front of the trousers gives the trousers APC 2, the higher protection class for electric arc. 

The material is soft, flexible and durable, with the flame resistance built into the fibre. The reinforcement material on the knees provides extra durability where it is needed most, while well-thought-out pocket solutions keep the essentials close at hand. The fabric has ripstop functionality, which makes it more durable and increases tear resistance. 

The trousers are developed to perform in demanding environments, with a focus on safety, durability and function. They are also free from metal components and PFAS. 

Certified to EN ISO 11612 – protection against heat and flame, EN 1149 – antistatic protection, EN 61482-2 – protection against thermal hazards of an electric arc, EN ISO 11611 – protection for welding and allied processes, EN 13034 – protection against liquid chemical splashes, EN 14404 – protection for work in a kneeling position, EN ISO 20471 – high visibility, OEKO-TEX® Standard 100 – tested for harmful substances. 

Also available as women’s model 7289.

  • Certifikáty
    EN 14004
    EN 1149-5
    EN ISO 11611
    EN 13034
    EN ISO 20471
    EN ISO 11612
    EN 61482-2
    Oeko-Tex std 100
    EN 14404-3 spolu s ochranou kolen 4027, 4037 a 4057
    EN ISO 20471, trída 2
    Kombinovaná certifikace Y
    Maximálně 50 pracích cyklů
    EN 13034 PB [6]
    Maximálně 20 pracích cyklů
  • Materiály a pokyny pro praní
  • Funkce

    44 % modakryl, 30 % bavlna, 20 % polyamid, 5 % aramid, 1 % antistatická vlákna, ripstop, zpomalující horení, antistatické vlastnosti, 260 g/m²