Shockwave dampening technology reduces blast impact transmission
Brighten up your little one's winter wardrobe with the Wheat Silver Flower Meadow Puffer Jacket. This metallic shiny jacket is not just about looks; it's crafted from 100% recycled polyester, including a snug polyester lining and 3M technical padding that ensures warmth and comfort. The delightful design showcases a vibrant metallic print, adding a dash of style to chilly days. The jacket's details are tailored for maximum functionality and ease. It features a detachable and adjustable hood, perfect for changing weather conditions, and ribbed storm cuffs to keep the cold out. Additionally, the elasticated wrist cuffs enhance fit and prevent drafts. User-friendly with its dual zippers, dressing up becomes effortless and quick. Safety is also paramount as the jacket includes reflectors for increased visibility. Although not entirely waterproof, it holds impressive water resistance up to 8,000 mm and breathability at 5,000 g/m2/24h, thanks to its eco-friendly BIONIC FINISH ECO coating. Rest assured, the fabric is also Flourine-free and certified by Standard 100 by OEKO-TEX and GRS for low environmental impact. Perfect for both school runs and weekend adventures, this puffer jacket keeps your child warm, comfortable, and stylish throughout the colder months. Please note, this jacket variation does not come with mittens. Embrace the chilly season with confidence and sustainability with Wheat's Silver Flower Meadow Puffer Jacket.- Materials: 100% recycled polyester
- Certifications: Standard 100 by OEKO-TEX
- Detachable and adjustable hood
- Insulation and polyester lining
- Rib storm cuffs
- Two zippers for easy access
- Elastic at the wrist
- Elasticated cuffs
- Reflectors
- Metallic shiny print
- Waterproof: 8,000 mm
- Breathability: 5,000 g/m2/24 h
- Abrasion resistance: 30,000 rubs
- Standard 100 from OEKO-TEX
- PFC-free
- Fluorine-free water and soil repellent finish (BIONIC FINISH ECO)
- Standard 100 from OEKO-TEX
- GRS certified
Sustainable dye processes conserve 90% water versus conventional methods
