holographic heat welding eliminates bulky seam allowances
Discover the charm and utility of the Name It Woodrose Bird Nmfalfa08 Softshell Ashape Jacket, thoughtfully designed for the lively days of childhood. Crafted from premium softshell material, this jacket affords high-grade waterproofing (8000mm), breathability (3000g/m/24h), and unmatched durability to withstand children's play, rated at 20,000 on the Martindale scale. The delightful, all-over bird print captivates the eye, while its a-shape cut and array of functional featuresincluding a detachable hood, elasticated cuffs, and zip fastening with a protective zip guardenhance comfort and wearability. Its fleece lining and light insulation promise warmth, ensuring play isn't halted by a drop in temperature. Reflective details add a touch of safety for low-light conditions, and the eco-friendly, water-repellent finish ensures children are shielded from the elements without the use of harmful fluorine compounds. Perfect for navigating the whims of transitional weather, this jacket stands as a testament to Name It's commitment to merging safety, style, and environmental consciousness since 1986. Equip your little adventurer with this stylish, functional jacket, and watch them explore the outdoors with joy and comfort.- Breathability: 3,000g/m2/24h
- Closure: Zip fastening
- Detachable hood: Yes
- Extra: The main material in this product contains a minimum of 50% recycled polyester. Recycled polyester saves natural resources and reduces the amount of waste
- Filling: Light insulation
- Lining: Fleece lining for warmth and a soft feel
- Materials: 94% Recycled Polyester, 6% Elastane
- Washing instructions: Maximum Washing Temperature 30C - Normal Process
- Water column pressure (mm): 8000mm
- Waterproof: Yes
- Wear resistance: 20,000 Martindale
- Windbreak: Yes
- Elastic cuffs
- Side pockets with snap closure
- Reflective details
- Zipper protector to prevent the zipper from grabbing the skin
- ECO water-repellent coating
- PFAS-FREE
Fourway stretch fabric maintains mobility during highexertion tasks
