Delivery was quick, and the product is in perfect condition.
Tuckernuck Juniper Green Dahlia Turtleneck Sweater XS Floral Intarsia Knit NWT
Product Details
NWT Tuckernuck Oversized Juniper Green Dahlia Turtleneck Sweater XS Floral Intarsia Knit Style: Dahlia Turtleneck Sweater (Juniper Green / Pink Multi) Size: X-Small (XS) Approximate Measurements: Pit to Pit 21.5 | Length 27 Condition: New with tags, pristine boutique retail condition ($298 MSRP) Details: Bring a vibrant burst of artisanal elegance to your cool-weather wardrobe with the iconic Dahlia Sweater from Tuckernuck. Intricately spun from a luxurious cashmere-infused wool blend, this striking piece showcases a bold, oversized intarsia floral layout featuring lavender-pink blooming roses and sage green foliage set against a rich juniper teal-green background. Tailored with a relaxed, slightly longer length silhouette, framed by cozy ribbed accents along the thick turtleneck, drop-shoulder cuffs, and long-line hem. โข Grandmillennial oversized intarsia floral blooming rose pattern โข Premium, ultra-cozy wool-cashmere blend fabric with an exceptionally soft hand-feel โข Thick ribbed fold-over turtleneck collar with matching ribbed cuffs and hemline โข Relaxed drop-shoulder long-sleeve winter tunic silhouette layout โข Fabric Specs: 40% Wool, 30% Viscose, 20% Nylon, 10% Cashmere (Hand wash cold) โข Perfect for country club luxe layers, winery travel, pre-fall styling, or elegant holiday lunches!
Daily Cleaning: Use a soft brush or damp cloth to gently wipe away dirt. Avoid harsh chemicals. For mesh areas, use diluted mild detergent and a soft brush.
Drying: Air dry in a cool, shaded place after cleaning. Avoid direct sunlight or high heat, which can cause fading and glue deterioration.
Storage: Stuff with paper to maintain shape when not in use. Store in a dry, ventilated area to prevent mold. Rotate between multiple pairs to extend lifespan.
Usage Notes: Designed for basketball. Not recommended for hiking, long-distance running, or other specialized sports where different performance features are required.









