The KARAM PWIFR 12011R IFR Protective Workwear is a premium inherent flame-resistant (IFR) coverall designed to provide advanced protection against thermal hazards such as flames, heat exposure, and arc flash risks. Engineered for high-risk industrial environments, it ensures both safety and comfort for workers operating in hazardous conditions.
Manufactured using inherent FR fabric composed of 93% Meta-Aramid, 5% Para-Aramid, and 2% anti-static fibers, the garment offers permanent flame resistance that does not diminish with washing or wear. The lightweight 150 GSM fabric ensures breathability while maintaining strong protective performance against flame spread, convective heat, radiant heat, and contact heat.
The coverall is designed with a front zipper closure protected by a flap, ensuring secure fastening and added protection. It features an elasticated waist for improved fit and flexibility, allowing ease of movement during demanding tasks. Reinforced stitching with FR threads and bar-tacked stress points enhances durability and long-term reliability.
For enhanced functionality, the garment includes multiple utility pockets, such as chest pockets, hip pockets, side pockets, and tool holders, all secured with flame-resistant Velcro flaps. Additional features like a pen holder, radio loop, and spectacle holder improve convenience for industrial workers carrying essential tools and equipment.
The workwear is equipped with high-visibility reflective tapes, providing 360-degree visibility in low-light or hazardous environments. This significantly improves worker safety in applications such as night shifts, roadside operations, and high-risk industrial zones.
Designed to meet stringent international standards, the garment complies with EN ISO 13688:2013, EN ISO 11612:2015 (A1, A2, B1, C1, F1), EN 1149-5:2018, and IEC 61482-2:2018 (Arc Rating: APC=1, 4 kA), ensuring reliable protection against heat and electrostatic hazards.
The KARAM PWIFR 12011R is widely used in industries such as oil & gas, petrochemical, power generation, electrical maintenance, and heavy engineering, where exposure to fire and arc hazards is a significant risk.
