FEDERICO JIMENEZ-Finely Cut-Kingman Turquoise-Channel Inlay-Skinny Semi Hoop -Sterling Earrings-2-3/4"-6.5 Grams Light!
FEDERICO JIMENEZ-Finely Cut-Kingman Turquoise-Channel Inlay-Skinny Semi Hoop -Sterling Earrings-2-3/4"-6.5 Grams Light!
THE EARRINGS:
Contemporary in style yet very delicate, these hoops are precisely made with Kingman turquoise beads that are finely cut and set side by side in a neat channel inlay, running along the center of the 1/2-round, mirror-finished sterling wire that’s made specifically for this type of inlay work. Each bead is hand-cut to fit snugly within a 2.3 mm wide sterling base. The design is a “forward” facing hoop rather than the more common sideways-facing style.
There are 3 sizes of these hoops that Federico makes & this is considered the 'medium' size which are still a good size & very noticeable hoop!! Because of the delicacy of all the materials, allows these to be very wearable! (See weights below) The hoops are made in a circular hoop with there being about 1/2" opening that does not complete the full circle.
*I want to mention that if you would like an even bigger size hoop in this same style, please stay in this “Earrings 1” category & you’ll find them!
These are a VERY popular earring of his! Only one pair in stock!
***************************
DETAILS:
ARTIST: Federico Jimenez
LENGTH: 2-3/4" Round
THICKNESS OF STERLING WIRE: 2.3 mm
WEIGHT: 6.5 grams (Very light & wearable)
METAL: Sterling Silver
FINISH: Contemporary
STONES: Kingman Turquoise
STONE CUTS: Beads
EAR STYLE: Post
THEME: Channel Inlay Turquoise Hoop Earrings
HALLMARK: JF/STERLING(On tip-It’s a little blurry,but it’s there@! (see last photo)
Come gift Boxed
PLEASE READ BEFORE PRCHASING
In order to give you close up photos so I can provide you with all the detail, can tend to make the item look GIGANTIC & everything is more magnified & exaggerated than in actuality.. So to get an accurate idea of how big these are,please either check them out being worn to get a rough idea (photos) or you can pull out a tape measure & compare to my given measurements