These natural chrome diopside stud earrings in sterling silver are a beautiful and unique addition to any jewelry collection. The earrings feature cushion shaped gemstones that are securely set in prongs, and are designed as solitaire stud earrings. The periphery of granulated metal works adds an intricate touch to the design, making them a true work of art.

Highlights

• DESIGN INSPIRATION: The design of these earrings is inspired by solitaire stud earrings, which are known for their simple yet elegant look. The cushion shape of the gemstones adds a touch of uniqueness to the design, while the granulated metal works give them an intricate and sophisticated look
• SYMBOLISM: Solitaire jewelry has long been associated with purity, clarity, and simplicity. It symbolizes a sense of elegance and sophistication, making it a popular choice for special occasions and as a gift
• GEMSTONE DETAILS: The earrings feature cushion shaped natural chrome diopside gemstones, known for their stunning green color and brilliance. They are securely set in prongs, allowing maximum light to pass through and enhance the natural beauty of the gemstones
• CRAFTSMANSHIP:
• The periphery of granulated metal works gives these earrings a unique and intricate look, while the smooth metal works on top add a touch of simplicity and elegance. The craftsmanship and attention to detail make these earrings a true work of art
• METAL DETAILS:
• The earrings are crafted in sterling silver, a popular and affordable metal option for jewelry. Sterling silver is known for its durability and shine, making it a great choice for everyday wear
• EASY TO WEAR:
• The earrings feature push back clasps, which are easy to use and provide a secure hold. They are perfect for those who prefer a comfortable and hassle-free option for their jewelry
• INTERESTING GEM FACT: Chrome diopside is a relatively rare gemstone that is found in Siberia and other parts of the world. It is known for its stunning green color, which is caused by the presence of chromium in the crystal structure