Jay King Amethyst Heart and Turquoise & Amethyst Bead Necklace

New in Box

The hearts have it in this bold, heart-centric gemstone necklace design from Jay King. It features hand-carved amethyst hearts from Zambia and bright Andean Blue turquoise from Chile.

Design Information

Sterling silver necklace
Design made of amethyst and turquoise beads strung on Soft Flex jeweler's wire
Hearts faceted on one side and smooth on the other for reversible styling options

Details

Measurements: Approx. 18"L x 1-1/8"W with 2-3/4" extender
Metal Type: Sterling Silver
Metal Stamp: .925
Findings: Hook closure
Finish: Polished
Country of Origin: China
Packaging: Boxed

Stone Information

(all sizes and weights approximate)

Amethyst: Rondelle faceted (6x3mm to 8x4mm), heart faceted (20x17mm to 28x28mm); mined in Zambia

Stabilized Andean Blue Turquoise: Wheel (4x2mm to 8x3mm); mined in Chile

Other Important Info

This piece is strung with Soft Flex — a flexible beading wire that helps improve the strength, durability and longevity of the jewelry design.
A portion of the stringing material on this necklace is purposely exposed to provide flexibility and strength, to allow the beads to move freely, and to let you coil the necklace for storage. Stringing the piece too tightly could result in damage to the cording or the beads.

Due to the composition and natural properties of mined gemstones, the product image may show slight differences to the actual stone in color saturation, tone, hue or other gemstone characteristics such as phenomena, color banding and color matrix.

Gemstones and pearls are sometimes treated to enhance their natural beauty.

Moisture, skin oils and environmental factors can change the color of turquoise jewelry if left untreated. But stabilizing turquoise helps preserve the stone's normal color. Natural, mined turquoise nuggets are heated at a very low temperature for about a week, slowly drawing out moisture without damaging the texture. The stones are then placed into acrylic or polymer chemicals to replace water molecules. This stabilizes the stone and keeps its beauty and value intact.