Chunky Molten Gold Statement Studs

Technical Specs:

• Material: Premium Brass Base.

• Finish: 14K Gold or Rhodium.

• Size: 18mm x 24mm (Bold coverage).

• Weight: 8.1g per pair (Substantial feel).

SCULPTURAL ARTISTRY: Inspired by nature’s organic forms, these 18x24mm pebble studs feature a fluid, molten texture that catches light from every angle. The irregular "nugget" silhouette offers a modern, artistic twist on the classic round stud, perfect for elevating your "Clean Girl" aesthetic.

SUBSTANTIAL YET COMFORTABLE : Crafted with a solid copper core for a luxurious, weighted feel (8.1g/pair) that mimics solid heritage gold. Engineered with secure, heavy-duty backings to ensure they sit upright on your earlobe without drooping or stretching.

PREMIUM PLATING : Available in two luxe finishes: 14K Real Gold Plating for a warm, buttery vintage shine, or Genuine Rhodium Plating (a platinum family metal) for a brilliant, tarnish-resistant silver mirror finish.

THE PERFECT GIFT : Packaged in a minimalist jewelry pouch ready for gifting. A sophisticated choice for birthdays, anniversaries, or treating yourself to the luxury look for less. Dimensions: 18mm Width x 24mm Height.

The Look of Liquid Gold.

Body: Elevate your jewelry rotation with the Organic Molten Pebble Studs—a masterclass in understated luxury. Drawing inspiration from sea-tumbled stones and fluid metal casting, these earrings break away from rigid geometric shapes to offer something softer, more natural, and effortlessly chic.

Why They Are A Must-Have:

• A Touch of Texture: The ribbed, undulating surface isn't just a design choice; it's a light trap. Whether you're under office fluorescent lights or candlelit dinner vibes, these earrings shimmer dynamically, adding a glow to your complexion.

• Versatile Styling:

  • The Power Suit: Pair the Rhodium (Silver) version with a sharp blazer and slicked-back hair for a cool, commanding presence.

  • The Weekend: Style the 14K Gold version with a white linen shirt and denim for that relaxed "Rich Mom" energy.