Non-Metal and Inherent Flame Retardant Hi-Vis trousers with a wide fit in a light fabric with a comfortable feel and good tear resistance. Flame Retardant Hi-Vis trousers with contrast stitching. Side pockets. Back pockets with pocket flaps. Right cargo pocket with flap, ruler pocket, separate mobile phone pocket, pencil holder and concealed knife button with loop. Left cargo pocket with flap and concealed D-ring, ruler pocket, first aid pocket and concealed knife button with loop. Shaped knees with kneepad pockets in HTFR Dobby. Back hem in HTFR Dobby. Adjustable foot width with press studs. Contrast stitching. Product Informations Quality 811: Tera TX - 45% modacrylic / 35% cotton / 18% polyamide / 2% antistatic, 260 g/m². Inherent Flame Retardant fabric with pleasant feel. Extra reinforced yarn gives good tear resistance despite low weight. To maintain chemical protection (EN 13034), the protective clothing must be re-impregnated after washing. 804: HTFR Dobby - 39% modacrylic / 28% polyamide / 17% cotton / 15% aramid / 1% antistatic, 295 g/m². Inherent Flame Retardant reinforcement fabric. Washing instructions Certifications The CE marking indicates that the product is type examined according to the Regulation (EU) 2016/425. EN ISO 11612 - A1+A2 B1 C1 F1 EN ISO 11612 - The standard specifies protective clothing to protect against heat and flame. EN 61482-2 - APC 1 EN 61482-2 - The standard specifies protective clothing that protects against the thermal hazard of an electric arc. ELIM: 8,1 cal/cm² EBT: 8,7 cal/cm² EN 1149-5 EN 1149-5 - The standard specifies protective clothing used in explosive environments (ATEX). EN ISO 20471 - CL.2 EN ISO 20471 - The standard specifies high visibility clothing used in trafficier environments or in other environments where extra visibility is required. Supersedes EN 471. EN ISO 15797 - 50 WASHES EN ISO 15797 - The standard specifies procedures for industry laundry and finishing of workwear. TRANEMO SKINSAFE - Multi-layer system designed to protect against flame, heat and Electric Arc injuries.
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