Bring a touch of ethereal, milky luminescence to your stretch journey with our Opalite Teardrop Plugs. Crafted from smooth opalite glass, each pair displays a dreamy, translucent white body that glows with subtle fiery orange and soft blue inner highlights as light hits the surface. Smoothly hand-polished to perfection, these double-flared plugs offer an effortless blend of luminous charm and modern geometric style.

Key Features

• Dreamy Luminous Glow: Crafted from high-grade opalite glass. Features a captivating milky opalescence with mesmerizing internal sheen that shifts in varying light.

• Ergonomic Teardrop Design: The distinctive waterdrop silhouette offers a visually striking, elongated look while naturally complementing the contours of your stretched lobes.

• Double-Flared Comfort: Expertly crafted with a secure double-flare edge to keep your plugs snugly in place without the hassle of O-rings.

• Ultra-Smooth Finish: Meticulously polished to a glass-like shine, ensuring a gentle, frictionless feel for comfortable daily wear.

• Hypoallergenic & Skin-Friendly: Smooth, non-porous synthetic glass material provides an irritation-free surface, making it an excellent choice for sensitive skin.

Specifications

• Material: Opalite (Man-made Opalite Glass)

• Shape: Teardrop / Pear-Cut Profile

• Style: Double Flare Ear Plugs

• Finish: High-Polish Gloss

• Quantity: Sold as a Pair (2 Pieces)

Important Note for Buyers

• Fit Guidance: Teardrop plugs offer a slightly different fit experience compared to standard round plugs due to their unique geometry. If you have tight lobes or are close to sizing up, please choose carefully or consult our sizing guide.

• Piercing Health: Designed exclusively for fully healed stretched piercings. Never use stone or glass jewelry for initial piercings or active stretching.

Care Instructions To preserve the smooth finish and luminous shine of your opalite plugs, wash gently with lukewarm water and a mild cleanser. Dry thoroughly with a soft cloth. Avoid harsh chemical cleaners and direct impact on hard surfaces.