描述
Girls Vintage Fair Isle Jacquard Turtleneck Knit Sweater
This long-sleeve pullover knit sweater for little girls features a classic rolled ribbed high turtleneck, crafted from thick soft thermal knit yarn in neutral oatmeal base. Full-body fair isle jacquard weaving combines multi-layer snowflake floral, hollow heart and diamond lattice patterns in muted grey tone, creating timeless Nordic retro winter style, suitable for indoor single wear or outer layering in cold weather.
Core Sweater Features
- Rolled ribbed high turtleneck collar, fully wraps the neck to block cold wind, soft and non-irritating against children’s delicate skin
- All-over fair isle jacquard pattern, stacked horizontal bands of snowflake flowers, wavy lines, hollow heart and diamond geometric graphics, delicate layered visual effect
- Dense thickened knit fabric, excellent heat retention without bloated bulky silhouette
- Elastic ribbed cuffs and bottom hem, stable stretch performance, not easy to deform after repeated washing
- Drop shoulder relaxed cut, no tight constraint during running, jumping and school outdoor activities
- Anti-pilling soft knit fiber, breathable and skin-friendly for all-day long active wear
- Versatile oatmeal neutral tone, easy to match jeans, corduroy pants, flare trousers and all kinds of kids bottoms
Suitable Occasions
This retro jacquard turtleneck jumper is perfect for multiple cold weather scenarios: daily school outfits, family hiking trips, holiday photoshoots, countryside leisure and home loungewear. It can be worn alone indoors or matched with down coats, parkas and windproof jackets outdoors.
Size & Season Guide
Multiple sizes available for toddler and little girls, designed for autumn and winter cold climate. Medium-thick thermal knit provides lasting warmth without stuffiness.
Garment Care Instructions
Hand wash or wool gentle cold cycle machine wash only. Use mild neutral detergent; do not bleach, tumble dry or iron at high temperature. Lay flat to air dry to protect jacquard pattern and maintain knit elasticity.
