Silver Star Flower Earrings on Silver French Hook: Surgical steel earrings are an excellent choice for anyone starting out with pierced ears. These earrings are subtle, cute, and classy, perfect for business attire at the office, just around the house, or a fun night out. The earring is mounted on a French hook earwire. The earwire itself is made from a base of surgical grade stainless steel and polished to a mirror shine. Each pair comes with a set of clear plastic earwire stoppers. The stoppers give you confidence of a secure fit so you can wear them without the fear of them falling out. Plus, like all or styles, they clean up and shine with a rinse and quick buff with a cloth, if that is even necessary at all. You’ll find that they are durable, lightweight, easy to care for, and affordable.
Silver star flower on French wire made from a base of high grade surgical stainless steel and then electroplated in a thick layer of pure 24K gold. This combination of materials and construction produces a high degree of safety in our hypoallergenic earrings.
Size: 13mm wide by 22mm long (33/64 inch wide x 55/64 inch long).
Also available in gold, or on ball post:
Gold Star Flower Earrings on Gold French Hook JA284
Silver Star Flower Earrings on Silver Ball Post JA285-A
Available as stud earrings:
Silver Star Flower Stud-Earrings JA284-A
The Sensitively Yours allergy free line of products is made from materials with a great history of success in preventing any allergic reaction to earrings. The surgical steel earrings have been the best solution for metal allergy. Sensitive ears have also been protected through the use of surgical steel, to block the reaction caused by nickel allergy. Focused on creating and offering the best in earrings for sensitive ears, we test and select the styles that are both very attractive and optimally safe. Many testimonials over the years are from customers who were allergic to earrings, but now found an answer that truly works. As evidence of our commitment, we offer the Lifetime Guarantee Against Reaction.