CZ Halo Stud Earrings In 18K Rose Gold Over Brass
-
White Rhodium Over Brass White Cubic Zirconia (April)
-
18K Rose Gold Over Brass White Cubic Zirconia (April)
-
14K Yellow Gold Over Brass White Cubic Zirconia (April)
-
14K Yellow Gold Over Brass Green Cubic Zirconia (May)
-
14K Yellow Gold Over Brass Red Cubic Zirconia (July)
-
14K Yellow Gold Over Brass Blue Cubic Zirconia (September)
-
White Rhodium Over Brass Pink Cubic Zirconia (October)
Product Detail
These halo stud earrings wear comfortably from morning commutes to
evening occasions, offering noticeable presence without overwhelming the
ear. They pair naturally with other rose gold pieces for a coordinated
look, or stand alone as a subtle focal point alongside casual and
dressed-up outfits alike.
Each earring centers a round brilliant white cubic zirconia surrounded
by a halo of additional CZ stones, creating a cluster of sparkle that
catches light from every angle. The halo design amplifies the center
stone and gives the studs a substantial, luxurious feel. Total cubic
zirconia weight is 3.8ctw. The 18K rose gold plating over a durable
brass base delivers a warm, romantic tone that complements a wide range
of skin tones, while the polished finish enhances overall radiance. At
approximately 10.00mm in length, the earrings offer a confident
presence. Secure butterfly clutch backs keep them firmly in place
throughout the day.
A reliable choice for everyday wear and special occasions in equal measure.
- Product Type
- Earrings
- Dimensions
- 10.00mm L
- Country of Origin
- China
- Piece Count
- 1
- Metal Weight
- 3.07 g
- Undergallery
- Finished
- Earring Type
- Stud
- Backing Type
- Butterfly Clutch
- Material
- 18K Rose Gold Over Brass
- Material Color
- Rose
- Density
- Solid
- Finishing Technique
- Polished
- Gemstone
- Cubic Zirconia
- Gemstone Species
- Cubic Zirconia
- Gemstone Simulant
- Diamond
- Count
- 2
- Carat Weight
- 3.8 ctw
- Gemstone Shape
- Round
- Gemstone Color
- White
- Gemstone Composition
- Lab Created
- Enhancement
- No Treatment
- Material Composition
- Lab Created

