Blomdahl

Brilliance Halo Crystal Stud Earrings - 6mm

$56.00
Sku:
BL15-0163-01
Upc:
7330981513262
Adding to cart… The item has been added

Product Overview

Add a touch of timeless elegance to your everyday look with the Blomdahl Brilliance Halo Crystal Stud Earrings.

Designed with precision and care, these hypoallergenic earrings are crafted from medical-grade titanium with a radiant silver-coloured coating, making them the perfect choice for sensitive skin. Whether worn casually or for special occasions, they provide a sophisticated sparkle that never goes out of style.

Blomdahl’s medical-grade titanium is completely nickel-free, ensuring a safe and irritation-free experience for even the most delicate skin. Dermatologist-approved and rigorously tested, these earrings offer unparalleled comfort and durability. Resistant to tarnishing and water exposure, they are designed to maintain their beauty for years to come.

Proudly made in Sweden, each pair of earrings undergoes strict quality control measures, ensuring they meet the highest standards of craftsmanship and ethical production. Blomdahl jewellery offers a perfect blend of style, safety, and everyday durability—because you deserve jewellery that truly cares for your skin.

Measurements:

  • Stud Diameter: 6 mm

Additional Details:

  • Hypoallergenic Assurance: Made from pure medical-grade titanium, ideal for those with nickel allergies or sensitive skin.
  • Hygienically Packaged: Delivered in a sealed clean pack to ensure sterility until opened.
  • Sold as a pair only. Please be aware that due to hygiene standards, we do not accept returns on earrings once the packaging is opened.
  • Lightweight Comfort: Designed for all-day wear without irritation or discomfort.

Care Instructions:

  • Clean regularly with a soft cloth, mild soap, and lukewarm water.
  • Avoid exposure to harsh chemicals such as alcohol, peroxide, or beauty products.
  • Remove earrings before swimming, exercising, or applying skincare products.
  • Store in a dry, clean place away from direct sunlight and humidity.