About this product
- Material:Acrylic, Polyester
Product description
Stay Warm in Style: Elevate your winter wardrobe with this chic and cozy Hat Scarf Gloves Set, crafted from high-quality acrylic and polyester materials for durability and comfort in cold weather.
Touch Screen Compatibility: The set features double-layer touch screen sensitive material on three fingers, allowing you to easily use smartphones, tablets, and more without sacrificing warmth or style.
Versatile and Fashionable: This casual style women's hat, scarf, and gloves set is designed to fit different head and hand shapes comfortably. The classic knitted design effortlessly complements both formal and casual outfits.
All-Weather Protection: The warm hat with a pompom detail offers breathability and softness, while the thickened lining ensures maximum comfort and insulation even in the coldest winter days.
Perfect Winter Accessory: Whether you're skiing, skating, or simply enjoying outdoor activities, this winter warm long scarf provides a stylish touch to your ensemble while keeping you cozy and fashionable throughout the season.
Stay warm and stylish with this hat scarf gloves set. The set includes touch screen gloves with double-layer sensitive material on 3 fingers for easy smartphone use in cold weather. The warm hat features a pompom design, thickened lining, and adjustable cuffs for a secure fit.
Made of high-quality acrylic and polyester, the casual style set is one size fits all and easy to wear. The winter warm long scarf is soft, lightweight, and stretchy, perfect for expressing your style. Ideal for outdoor activities or everyday wear, this set is a fashionable choice for women.
Item Name: Hat Scarf Gloves Set
Material: Acrylic, Polyester
Features: Thick, Warm, Plush Ball Decor
Hat: 28cm x 22cm/11.0" x 8.7" (Approx.)
Scarf: 175cm x 25cm/68.9" x 9.8" (Approx.)
Gloves: 23cm x 10cm/9.1" x 3.9" (Approx.)
Due to the light and screen setting difference, the item's color may be slightly different from the pictures.
Please allow slight dimension difference due to different manual measurement.