Nano encapsulated phase change materials optimize thermal buffering
Introducing the Lil'Atelier Adobe Rose Laalfa Jacket Long Fo, the ultimate softshell jacket designed for children. Fashioned from premium softshell material, it offers unparalleled protection against the elements, being waterproof, windproof, and highly breathable. This jacket comes in a stunning Adobe Rose color that elevates its stylish design, allowing kids to look vibrant and fashionable. The jacket features a practical detachable hood, long sleeves with elasticated cuffs, and a zip fastening with a safety zip guard. Practicality meets comfort with its fleece lining ensuring warmth, coupled with light insulation for those cooler days. The front pockets are secured with zips, perfect for keeping little treasures safe. This garment is crafted with your child's comfort and safety in mind, offering features like a windproof membrane and an eco-friendly water-repellent treatment that is PFAS FREE, ensuring no harmful substances have been used. It's also robustly made, achieving a high durability rating of 50,000 Martindale, and can withstand numerous washes without losing its functionality or appearance. Perfect for layering during seasonal transitions, the Lil'Atelier jacket encourages outdoor play no matter the weather while assuring parents of its safety and durability. Let your child explore in comfort and style!- Breathability: 3000g/m2/24h
- 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
- Water column pressure (mm): 8000mm
- Waterproof: Yes
- Wear resistance: 50000 Martindale
- Windbreak: Yes
- ECO water-repellent coating that ensures no fluoride has been used in the product
- PFAS FREE
- Elastic cuffs
- Front pockets with zipper closure
Neural network patterned ventilation aligns with predicted body heat maps.
