Straight from Guangdong, China, these Retro Style Twist Weaving Stud Earrings are crafted from high-quality copper alloy with a luxurious 18K gold plating. Designed in a trendy hoop style, these oversized earrings feature a unique twist weaving pattern, making them a standout accessory for daily wear and special occasions alike, including anniversaries, engagements, parties, weddings, and as thoughtful gifts. 

Key Features: 

• Material: Premium copper alloy ensures durability and a polished finish.
• Style: Trendy hoop earrings with a retro twist weaving design, perfect for fashion-forward women.
• Occasion: Versatile for daily wear and various special occasions.
• Plating: Enhanced with a glamorous gold plating that adds a touch of elegance.
• Color: Classic gold color that complements a variety of outfits and styles.
• Product Name: Retro Style Twist Weaving Stud Earring Woven Earrings Oversized Gold Earrings, emphasizing their unique design and fashion appeal.
• Usage: Suitable for daily wear, offering both style and comfort. 

Top Tip: 
To highlight the intricate twist weaving pattern and luxurious gold plating of these earrings, wear them with your hair styled away from your face. Consider a sleek updo or swept-back hairstyle to draw attention to your ears and showcase the earrings' bold design. Pair them with outfits that complement their golden hue to complete a sophisticated and stylish look, whether for everyday wear or special events. 

Care Instructions:- 

• Store Carefully: Always store your earrings in the gift box provided to prevent scratching and tangling with other jewelry pieces. 
• Avoid Contact: Keep your earrings away from lotions, perfumes, hairspray, and chemicals such as chlorine to maintain their lustrous finish and prevent discoloration. 
• Cleaning Tips: Use a soft cloth to gently clean your earrings. Avoid using chemicals or polishing liquids as they can damage the delicate plating. 
• Keep Dry: Avoid wearing your earrings in water or while swimming, as prolonged exposure to moisture can compromise the integrity of the materials.