Pear Shape Lab-Grown Diamond Flat Back Earring

Our dual pear lab-grown diamond flat back earring brings sustainable luxury to every moment, from wedding weekends to workdays that turn into gala nights. Two pear-cut lab-grown diamonds create a soft teardrop silhouette, with one stone set close to the ear and the second suspended below for graceful movement and light-catching sparkle. Crafted in solid 14K yellow gold, this modern diamond flat back blends timeless brilliance with a floating effect that feels elegant, effortless, and refined. The internally threaded flat back offers secure, poke-free comfort for various ear piercings, making it easy to wear from morning meetings to midnight celebrations. Sleep in them. Shower in them. Live in them. Why You'll Love It: Flat back comfort for day & night wear - No poke ever Solid 14K gold - non-tarnish, long-lasting - No green skin or irritation Lab-grown diamonds -Pear cut brilliance with an ethical origin Secure internally threaded fit - Stable, comfortable everyday wear Lightweight drop design - Movement and sparkle without heaviness What It's Crafted From: Metal: Solid 14K yellow gold Stone: Lab-Grown Diamonds Total Carat Weight: 0.50ct TW Setting: Prong and Floating Flat Back Post Thickness: 18G internally threaded flat back post Personalize Your Fit: Choose the ideal post length for your specific piercing: 5mm: A snug fit for healed, thin cartilage 6.5mm: The standard fit for most lobes and helix piercings 8mm: Extra room for thicker cartilage 10mm: Maximum length to accommodate swelling or thicker areas The Estella Difference Ethical Brilliance: Features sparkling lab-grown diamonds with the same beauty and brilliance as mined diamonds Forever Materials: Solid 14K gold, never plated, never filled, so it will not tarnish or fade Hypoallergenic: Nickel-free and designed for sensitive skin Handcrafted Quality: Built for daily wear, from first piercing to long-term styling Which Piercings can I wear it on: Helix Scapa Flat Conch Lobe Tragus *All of our flat backs are internally threaded.