Flame Retardant Craftsman Trousers

SKU
605081
- Tera TX
  •  
     
  • EN ISO 11612
    A1+A2 B1 C1 F1
  • IEC 61482-2
    APC 1
    ELIM: 8,1 cal/cm² EBT: 8,7 cal/cm²
  • EN 1149-5
  • EN ISO 15797
    50 WASHES
  • TRANEMO SKINSAFE

Non-Metal and Inherent Flame Retardant trousers with nail pockets in a light fabric with a comfortable feel and good tear resistance.

HTFR Dobby reinforced tool pockets with tool strips. Front pockets. Hip pockets with flaps. Cargo pocket with flap, mobile phone pocket, hidden D-ring for attaching ID-pocket and tool strap. Ruler pocket. Shaped knees with adjustable inside kneepad pockets.

Size
30"- 50"R, 32"- 40"T, 30"- 48"S

Product information

Non-Metal and Inherent Flame Retardant trousers with nail pockets in a light fabric with a comfortable feel and good tear resistance.

HTFR Dobby reinforced tool pockets with tool strips. Front pockets. Hip pockets with flaps. Cargo pocket with flap, mobile phone pocket, hidden D-ring for attaching ID-pocket and tool strap. Ruler pocket. Shaped knees with adjustable inside kneepad pockets.

Quality

804: Reinforcing fabric, HTFR Dobby, 295 g/m²
811: Tera TX, 260 g/m², EN ISO 11612 E1, EN ISO 11611 CL.1, EN 13034, LOI: 29,8%

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.
  • IEC 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 1149-5EN 1149-5 - The standard specifies protective clothing used in explosive environments (ATEX).
  • EN ISO 15797
    50 WASHES
    EN ISO 15797 - The standard specifies procedures for industry laundry and finishing of workwear.
  • TRANEMO SKINSAFETRANEMO SKINSAFE - Multi-layer system designed to protect against flame, heat and Electric Arc injuries.