D-POW Gold Bangle Bracelets for Women 24K Gold Plated Bangles Adjustable Bracelets Gold Thin Cuff Bracelets for Women Gold Fashion Jewelry Gifts
Material: Sterling SilverMetal type: SilverClasp type: Open CuffChain type: Solid BandGem type: No gemstone【Bangle Bracelets for Women】This dainty bracelet for women features a exclusive cracked-ice surface design, meticulously crafted to refract light like delicate frost patterns. While being visually appealing without compromising durability.【Sterling Silver Bracelets】Crafted from S999 sterling silver plated with 24K gold, this gold bracelet delivers luxe brilliance while maintaining enduring quality. The nickel-free, hypoallergenic material makes it ideal for sensitive skin, combining elegance with everyday comfort.【Adjustable Open Cuff】This minimalist bangle bracelets features a flexible, open design that allows for easy one-handed wear, making it ideal for daily use. The adjustable opening ensures a perfect fit for most wrist sizes, eliminating the need to worry about sizing.【Perfect Gift for Her】This gold bangles for women is the perfect gift for mothers, couples, wives, or as a treat for yourself. It is suitable for birthdays, Valentine's Day, Christmas, Mother's Day, anniversaries, and other occasions.【D-POW After-Sales Service】Your satisfaction is our top priority. If you have any questions about our women's jewelry, please contact us—we have a customer service team that responds promptly 24 hours a day. In addition, D-POW offers a 90-day money-back guarantee and a lifetime warranty, ensuring you a worry-free shopping experience.【Care & Maintenance】To preserve beauty of women's jewelry: 1. Storage: When not worn, store individually in a plush cloth or jewelry box to prevent scratches. 2. Cleaning: Gently polish with a dry, soft cloth. Avoid water, chemicals, or abrasive materials. 3. Wear with Care: Remove before bathing, swimming, or applying lotions/perfumes to minimize chemical exposure. 4. Prevent Tarnishing: Keep dry and clean to maintain its luster and reduce oxidation.