6x6mm Square Cubic Zirconia Gold Earrings – JAZ769G

Earrings for sensitive ears in 6x6mm Square Cubic Zirconia  Gold Earrings: Hypoallergenic gold earrings serve as an excellent choice for anyone with pierced ears. Whether they have been recently pierced or have been wearing pierced earrings for a long time, hypoallergenic gold earrings ideally fill the need. Durable, lightweight, easy to care for, and affordable, crystal studs fit your daily wardrobe perfectly. These earrings have a blunt, notched post for all day long wearing. The base material is surgical stainless steel for your hypoallergenic protection against irritation and also plated in 24k gold.  Well-balanced and full of fire like expensive diamonds at a fraction of the cost.

The hypoallergenic metal finding and post are made from high grade surgical stainless steel and plated in pure gold at 5-10 mils thick.  These cubic zirconia earrings have a diamond-like quality, and can stand on their own or accompany another pair in a second hole. Each pair comes with a set of earring backs made with the same surgical stainless steel material plated in gold.  The grooved post provides a secure fit so you can wear them in any situation without the risk of them getting lost.  Very durable and safe to wear in the shower or to bed.

Approximately 1/4 inch diameter in size.

The Sensitively Yours allergy free line of products originate from materials with a great history of success in preventing any allergic reaction to earrings.  The surgical steel earrings work as the best solution for metal allergies.  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.