Cubic Zirconia, Pink - Oval Cut Facet

This stunning Pink Cubic Zirconia is cut into a bold, 12mm by 10mm oval with a deep 6mm high dome. The stone features a romantic, vibrant pink hue—reminiscent of fine pink sapphire or morganite—with exceptional "crushed ice" brilliance. Because of its substantial 6mm depth, this stone exhibits incredible light refraction, ensuring that the soft rose tones remain vivid and bright from every angle.

Its large, eye-catching dimensions make it an ideal "hero" stone for a cocktail ring, a central focal point for a dramatic pendant, or a luxurious addition to a custom statement piece.

Key Properties & Care

Cubic Zirconia is a world-class choice for jewelry that requires both high-impact color and the structural integrity to withstand daily life.

• Mohs Hardness: This stone sits at an 8.5 on the Mohs scale. It is remarkably hard and resistant to the "fuzzing" or dulling that often happens to softer pink stones (like Rose Quartz or Kunzite) over years of wear.

• Cleaning: To keep that signature "pink diamond" sparkle, clean regularly with lukewarm soapy water and a soft brush. These stones are safe for ultrasonic and steam cleaners, which is the best way to remove the buildup of lotions or soaps from the underside of the facets.

• Maintenance:

  • Color Persistence: This lab-grown crystal is color-stable and will not fade or "sun-bleach," even when worn frequently in the New Zealand sun.

  • High Brilliance: Because it is an 11x10mm cut, the facets are large enough to showcase the stone's high dispersion, which splits light into a spectrum of colors.

  • Setting: The 6mm height requires a slightly deeper setting; ensure your prongs or bezel are tall enough to securely house the stone’s pavilion.

• Storage: As with your other high-hardness CZs, store this stone in a dedicated compartment or pouch. Its sharp facets can easily scratch your softer organic stones.

All photos are for indication only. We cannot guarantee that your screen is displaying the actual colour or refraction of the gemstone.