Butterfly Design Gold-Plated Copper Necklace and Stud Earrings Two-Piece Set

**Product Name:** Butterfly Design Gold-Plated Copper Necklace and Stud Earrings Two-Piece Set **Specifications:** This exquisite jewelry set is constructed from durable gold-plated copper, showcasing a charming butterfly design that appeals to contemporary fashion trends. The pieces are embellished with vivid sky blue zircon stones that add a vibrant pop of color and sophisticated sparkle. The set consists of two pieces: a necklace and a pair of stud earrings. The necklace features a standard wearable length suitable for most necklines, complemented by a smooth clasp mechanism, while the stud earrings offer a comfortable and secure friction-back wear. The overall weight of the set is extremely lightweight, ensuring all-day comfort without pulling on the earlobes or neckline. The metal finish provides a rich, lustrous appearance, and the stones are securely set to prevent loss during regular use. **Quality Tier:** Standard **Key Features:** - Distinctive butterfly silhouette accented with luminous sky blue zircon stones, creating an eye-catching and elegant aesthetic. - Complete matching set comprising a necklace and stud earrings, allowing for effortless coordinated styling right out of the packaging. - Reliable gold-plated copper material provides a brilliant golden shine and solid structural integrity for repeated daily use without immediate fading. **Use Cases:** Perfectly suited for daily wear, casual social events, professional office environments, and festive occasions. This set serves as an excellent inventory choice for retail stores looking to offer coordinated jewelry pieces that require minimal effort for customers to style, boosting add-on sales. **Target Audience:** B2B buyers including wholesale jewelry distributors, fashion boutique owners, online fashion accessory retailers, and gift shop operators targeting female consumers, particularly young women and girls who favor elegant yet affordable coordinated jewelry collections.