Blåkläder 4917 Women's Multinorm Winter Jacket

Meet the Blåkläder 4917 Women’s Multinorm Winter Jacket—a flame-resistant, all-weather jacket designed for women who work in exposed flame environments. With a tailored fit, multi‑norm protection, and practical warmth, it keeps you protected, visible, and comfortable in harsh winter conditions.

• Women's cut: Ergonomically tailored for a comfortable, Mobility‑friendly fit that suits active outdoor or workshop tasks.
• Multinorm flame resistance and safety certifications: Certified to IEC 61482-2 APC 2, ELIM 33 cal/cm², and ATPV 39 cal/cm², with EN 11612, EN 11611, EN 1149, EN 13034, and EN ISO 20471 coverage for comprehensive protection.
• Weatherproof performance: Oil, dirt and water-repellent surface, laminated and windproof fabric, taped seams, and a 12,000 mm water column rating to withstand rain, wind, and moisture.
• Warmth and comfort: Quilt lining with a mid-weight construction (290 g/m²) and fleece-lined pockets to keep hands and essentials warm in cold environments.
• Visibility and reflective design: Cut transfer reflector tape and reflective shoulder detailing ensure visibility from every angle, even in low-light conditions.
• Practical, metal-free design with thoughtful details: Completely metal-free; two-way plastic front zipper, high collar with covered zipper, D-ring, loops on the chest for accessories, and hood attachment options (hood 2167 sold separately).

This jacket is built for real-world work scenarios—from electrical installations and welding to outdoor maintenance in freezing, windy, or wet weather. It consolidates major safety standards into a single, durable layer, reducing the need for multiple garments while enhancing mobility and comfort. The combination of laminated fabric, taped seams, and a robust quilted lining delivers reliable warmth without bulk, while the integrated pockets and secure storage options keep tools and documents close at hand. With its weatherproof performance and high-visibility features, this jacket supports safety and productivity across demanding environments.