Balanced climate and comfort
- Strategic insulation and breathability: Advanced body-mapped design balances core warmth with underarm mesh ventilation to keep you comfortable during intense activity.
- Fresh all-day performance: Quick-drying fabric with a natural anti-odour treatment actively wicks moisture to ensure you stay dry and focused.
- Flexible freedom of movement: The lightweight stretch material moves effortlessly with your body, making it an ideal mid-layer for demanding daily work.
With the Snickers 9438 micro fleece jacket, you stay warm and dry during demanding workdays without restricting your freedom of movement. Its advanced body-mapped design provides targeted insulation where warmth is needed while delivering active underarm ventilation to prevent overheating. Crafted from a flexible blend of bamboo charcoal polyester and elastane, the quick-drying stretch fabric naturally resists odours and wicks moisture away from the skin. This black men's jacket in size XL works seamlessly as a warm first layer or a lightweight mid-layer under a work coat, making it ideal for tough jobs on site or in the workshop.
Product description
Warm, light and flexible, with insulation where you want it and ventilation where you need it. This zip micro fleece vest in high-functional fabric and advanced body-mapped design is ideal as a warm first layer or a lighter second layer. Count on insulation where it matters and ventilation where it's needed.
- Keeps your body dry and fresh all day with its innovative natural anti-odour treated and quick-drying fabric
- Advanced body-mapped design for superior balance between insulation and ventilation
- Micro fleece fabric with block structure on the inside for improved ventilation and mesh in the armpits for extra ventilation
- Zipped arm pocket for added convenience
- High collar for extra warmth and protection
Material
- Base: Black: 87% polyester, 8% bamboo charcoal polyester, 5% elastane, 265 g/m² Khaki green: 95% polyester, 5% elastane, 265 g/m².
- Contrast: Polyester mesh, 125 g/m².
