Golshan Neyshabur Turquoise Sterling Silver Ring

Look past the turquoise for a moment the silverwork is what makes this ring extraordinary. A sequence of sculpted, open forms rises around the center stone, repeating along both sides like an unfolding pattern. Each opening creates negative space between the polished silver, giving the ring an intricate presence without making it visually heavy. Follow that pattern toward the center and everything leads back to the oval Neyshabur turquoise.

And this is not a stone whose character comes from perfect uniformity. Its blue-green surface is crossed by earthy brown matrix and lighter natural-looking variations, creating a pattern that belongs visually to this particular stone. Rather than hiding those markings, the design gives them center stage.

The contrast is what makes the piece work: vivid turquoise against bright 925 sterling silver; an organic stone surrounded by highly structured metalwork; substantial presence from the front with surprisingly open detailing from the sides.

Turquoise also widely known as Feroza has been treasured for centuries and is traditionally associated with protection, good fortune, and well-being. Its significance also gives it a particularly enduring place within Islamic jewelry traditions.

Golshan is for someone who doesn’t want turquoise treated as a simple accent. Here, the Feroza is unmistakably the center of the entire composition, while the silverwork gives you something new to notice from virtually every angle.

Product Details:

Gemstone: Neyshabur Turquoise (Feroza)
Stone Color: Blue-Green with Brown Matrix
Metal: 925 Genuine Sterling Silver
Ring Size: US Size 9 (No Resize Available)
Style: Ornate Statement Ring
Design: Oval turquoise centerpiece surrounded by layered openwork silver detailing

Variations in color, matrix, and surface character are part of the individual appearance of turquoise. Photography, lighting, and screen settings may affect how the stone’s color appears. Close-up and model photography may make jewelry appear larger than its actual scale.