TODAY'S BEST VALUE
GOA098

3.20ctw Round Vermelho Garnet(Tm) Solitaire 10k Yellow Gold Stud Earrings

ERV: $197.00

JTV Price: $99.99

What's This?
Quantity:
‡: This requires custom sizing and may take longer to ship.

Product Description

3.20ctw Round Vermelho Garnet(Tm) Solitaire, 10k Yellow Gold Stud Earrings. Measure Approximately 1/4"l X 1/4"w. Tension Post Backings.

Mozambique is an exotic land far away on the eastern coast of Africa. Its vibrant and colorful landscape features glorious beaches, lush forests, amazing wildlife, unique vegetation, mysterious swamps and a myriad of incredible gemstones and minerals. Among its treasures is the beautiful Vermelho Garnet, which features a rich combination of both the Pyrope Garnet species as well as the Almandine Garnet species. The Pyrope portion gives the stone its regal red color, while the Almandine portion brings in warm spicy shades of cinnamon. This spicy gemstone originates from a region known as Zambezia and is called Vermelho Garnet, meaning "red" in Portuguese, one of the official languages of this exotic country.

Product Information
Product Type:
Earrings
Product Group:
Jewelry
Brand:
Vermelho Garnet
Width:
1/4 inch
Jewelry Attributes
Department:
Womens
Metal Type:
Gold
Metal Color:
Yellow
Metal Purity:
10kt
Setting Type:
Prong
Length:
1/4 inch
Style Piece:
Stud
Gram Weight:
1.5
Backing:
Tension Post
Primary Stone / Garnet
Gemstone:
Garnet
Gemstone Family:
Garnet
Gemstone Count:
2
Carat Weight:
3.20
Gemstone Shape:
Round
Cut:
Faceted
Primary Color:
red
Color:
Red
Treatment:
No Treatment
Country of Origin:
Africa
Composition:
Natural
Dimension Type:
Calibrated
Dimensions:
7 mm
Dimension Length:
7.00
Dimension Measurement:
mm
Dimension Width:
7.00

Customer Reviews

Review This Product
May We Recommend
  • Jtv Preferred Account
  • PayPal Credit
  • Acceptance Mark
JTV on Google+
Checkout
0 Item(s)
My Wish List
Close
Item
Description
Qty.
Price


Estimated Order Total:
0
Total Due Today:
0
Close
Item
Description
Qty.
Price


Page of 1
Find us on Google+