100% Cashmere Sweaters for Women, 2026 newly-released Womens Cashmere Oversized Long Sleeve Pullover Sweater Crew Neck Jumpers
Fabric type: 100% CashmereCare instructions: Hand Wash OnlyOrigin: ImportedClosure type: Pull OnOverall Design: ① Neckline design-one-of-a-kind curve and lace design make it fit the neck contour perfectly, highlighting the feminine neck line. ② Cuff design-delicate lace echoes the neckline, highlighting the ultimate pursuit of fashion and details, making the hand lines more slender. ③ Hem design-fashionable silhouette, making the overall shape more layered. ④ Version design: Slim fit shows the charm of body curves, and elasticity ensures freedomSource of Cashmere: The cashmere selected="" comes from Mongolia. Due to its unique climate and pasture, the cashmere fiber cultivated is more delicate and tender. Due to its unique warmth retention, breathability and lightness, it will not bring you any heavinessAdvanced Technology: The advanced dyeing technology used makes the color firm and reliable, not easy to fade. The delicate fiber structure of cashmere fiber allows the dye to penetrate and lock in the fiber better, avoiding the loss of pigment during the washing process. The cashmere fiber itself has strong toughness and durability. No matter how many times it is washed and worn, it can still remain the sameStrict Testing: Cashmere sweaters have passed strict skin safety tests, and their breathable properties keep the skin dry. At the same time, cashmere fibers gently clean the skin surface, preventing pore blockage and possible itching, dampness and airtightnessDaily precautions: ① Hand wash in cold water to reduce the risk of fading and the impact on cashmere fibers. ② Avoid exposure to the sun and air dry naturally. Strong exposure may cause color fading and fiber aging. ③ Do not bleach. Bleach may damage the structure of cashmere fibers, causing the sweater to become fragile and lose elasticity. ④ Avoid matching with items such as metal decorations to prevent the cashmere fibers on the surface from being pulled or hooked