Version:
Main material
40% modacrylic, 24% FR viscose, 20% polyester, 10% cotton, 4% Aramid, 2% Antistatic, double weave, flame resistant, antistatic, 310 g/m²
Pockets
Ruler pocket with knife holder and pen pocket
Leg pocket with bellow, telephone pocket and pen pocket
Angled front pockets
Back pockets with bellow, reinforced
Reinforced, three-compartment nail pockets on front
Outer knee protection pocket
Details
Removable ID-pocket for flame retardant clothes
Loops, one with D ring
Plastic zipper fly, Metal zipper fly
External certification labels
Finish
C sizes can be extended to C100 sizes, Adjustable leg bottom width with plastic snap buttons
Functionality
Oil, dirt and water repellent, Metal-free
Reinforcement
CORDURA®/Kevlar®/Protal®-reinforcement on knee
Reflex
Flame resistant reflective tapes sewn with double seams
Wash
Industry laundry EN ISO 15797
Description:
Trousers with outstanding strength to weight ratio. The fabric is inherently flame retardant, which means that the flame retardant properties are naturally present in its fibres. The trousers have CORDURA®/Kevlar®/Protal® reinforced panels on the knees. They feature many smart pocket solutions designed to meet certification standards. Pockets subject to excessive wear are reinforced with double thickness to extend their life. The trousers have nail pockets, an open ruler pocket and flapless rear pockets. Ripstop fabric delivers exceptional tear strength. Certified under EN 1149-5. EN ISO 20471, Class 2, together with art. 4089 XS-S obtains class 3 according to EN ISO 20471.EN ISO 11612 A1,A2,B1,C1,F1. IEC 61482-2, class 1. ATPV: 11,9 cal/cm², HAF: 79,3%, LOI: 29,6%.
Standard:
- EN 14404:2004+A1:2010 together with knee protection 4027 and 4057
- EN ISO 20471, Class 2
- Class 2 and 3 garments in orange colourways are in compliance with RIS-3279-TOM issue 2
- Together with art. 4089 XS-S obtains class 3 according to EN ISO 20471
- EN 1149-5
- IEC 61482-2, class 1
- ATPV: 11,9cal/cm², HAF: 79,3%, LOI: 29,6%
- EN ISO 11612 A1,A2,B1,C1,F1
- ATPV: 11,9 cal/cm², HAF: 79,3%, LOI: 29,6%