Flame-retardant work trousers for maintenance work in exposed environments. These oil, dirt and water-repellent trousers fulfil all the requirements for robust workwear designed for safety and protection during maintenance work. They have spacious hanging pockets for tools and practical patch knee pad pockets with CORDURA®/Kevlar®/Protal® reinforcement. Certified according to EN 14404, EN 1149-5, EN ISO 20471, EN ISO 11612, IEC 61482-2. 10.7 cal/cm² arc resistance (applies to the stretch material).
FUNCTIONALITY: Metal-free. Oil, dirt and water-repellent surface. Stretch insert at the crotch and seat. DETAILS: Detachable ID card pocket for flame-retardant clothing. Label on the outside. Plastic zip at the crotch. Loops, one with D-ring. POCKETS: Leg pocket with bellows, flap and mobile phone pocket. Back pocket. External knee pad pockets. Side pockets. Reinforced, three-part tool pockets. Reinforced folding rule pocket with two knife pockets and a pen pocket. REINFORCEMENT: CORDURA®/Kevlar®/Protal® - reinforced on the knees. REFLEX: Flame-retardant reflective strips with double stitching. CLOSURE: Extension option at the leg hem, does not apply to sizes D. WASHING INSTRUCTIONS: 60° C. Do not bleach. Do not iron. Do not dry clean. Tumble dry - low. MAIN OCCASIONS: Electrician. Handyman. Service workers. Road and construction workers. EN 1149-5. EN 14004. EN 61482-2. EN ISO 11612. EN ISO 20471. FABRIC: Men. blue. High-vis yellow. Knee pad pockets. Metal-free. Stretch. Tool pockets. Flame protection. USP: Antistatic properties. CORDURA®-reinforced knee pad pockets. Inherently flame-retardant. Metal and polyester-free. Oil and dirt repellent. Reinforced pockets. Water-repellent. Tool pockets. CERTIFICATION: EN 1149-5. EN 14404:2004+A1:2010 together with knee pads 4027 and 4057. EN ISO 11612 A1, B1, C1, F1. EN ISO 20471, class 2. max. 50 washes. Certification group Y. ATPV - 10.7 cal/cm². IEC 61482-2, APC 1
44% modacrylic, 30% cotton, 20% FR polyamide, 5% aramid, 1% antistatic, ripstop, flame-retardant, antistatic, 260 g/m²
