Metropolis Series Micro-Tek (R) Hooded Long Jacket
Long jacket crafted in Micro‑Tek (R), a mechanical stretch micro ripstop polyester with anti‑drop properties. A high‑density dobby weave with a sharply defined texture gives structure, while special recycled and bio‑based yarns enhance colour depth and tactile comfort. The style features an adjustable drawstring hood and a hidden two‑way full zip fastening with a flap snap closure. Chest pockets with hook and loop fastening and zip, hidden front flap snap and zip pockets, and a sleeve flap pocket with lasered logo badge and detachable badge define the design, while adjustable cuffs and inner snap pockets with hook and loop fastening enhance functionality. Wadding is padded and finished with a fleece lining for added warmth. Regular fit.
- Adjustable drawstring hood
- Hidden two-way full zip fastening with flap snap closure
- Chest hook and loop and zip pockets
- Hidden front flap snap and zip pockets
- Sleeve flap hook and loop pocket with lasered logo badge and detachable badge
- Adjustable hook and loop cuffs
- Inner hook and loop snap pockets
- Wadding padded
- Fleece lining
- Regular fit
- Images without a model are generated and/or modified using artificial intelligence.
Care
- Wash max 30°C - Mild process
- Do not bleach
- Do not tumble dry
- Ironing low temperature
- Do not dry clean
- Line dry
- Wash separately
- Do not iron decorations
- do not expose to heat
- Remove detachable accessories before washing
Composition
- External fabric: 100% Polyester
- Lining: 100% Polyester
- Padding (Fiber): 100% Polyester
- Coating: 100% Polyurethanic resin
- Secondary fabric: 100% Polyamide / Nylon
- Secondary lining: 94% Polyester, 6% Elastane / Spandex
- Third Lining: 100% Polyamide / Nylon
- Model is 186 cm-6' 1" and is wearing a size L
- Regular fit
PRODUCT
- Weaving: Japan
- Dyeing: Japan
- Confection: China
- Product contains at least 60% of recycled material
- Releases plastic microfibers into the environment during washing
PACKAGING
- Minimum percentage of recycled materials 70%