9ct Yellow Gold Multi-Stone Peridot Ring — 16-Stone Cluster Size Q Full Hallmark 2.3g

Specifications

  • Metal Composition: Solid Yellow Gold
  • Purity Profile: 9ct (Full UK Hallmark / Stamped 375)
  • Gemstones: 16x Natural Peridot Green Stones
  • Main Stone Size: Approximately 4mm x 4mm
  • Setting Layout: Multi-Stone Cluster / Cluster Band Face
  • Setting Dimensions: 9mm Setting Width
  • Setting Height: Comfort Low-Profile 5mm (Elevation off the finger)
  • Band Width: 3mm Structural Shank
  • Total Weight: Elegant 2.3g Profile
  • Condition Profile: Pre-owned / Estate Fine Jewellery

Sizing & Measurements

UK Ring Size: Q
AU Ring Size: Q (Same as UK)
US Ring Size: Approximately 8 to 8.25
EU Ring Size: Approximately 57 to 57.5
Inner Diameter: Approximately 18.4 mm
Inner Circumference: Approximately 57.8 mm

FAQ

What is the presence and styling of this piece?
This vibrant multi-stone cluster ring features an impressive layout of 16 natural peridot gemstones, with the focal center stones measuring 4mm x 4mm. Engineered with a substantial 9mm setting width that tapers into a classic 3mm band, it stands a comfortable 5mm off the finger to flash a beautiful, lime-green sparkle across the entire hand.
Is the gold purity officially authenticated?
Yes, it features a complete, authentic UK gold purity hallmark showing the official '375' stamp for solid 9ct yellow gold cleanly struck on the inside of the band. Please refer to our macro photos to inspect these markings.
How will it arrive?
All estate, pre-loved, and vintage fine jewellery pieces are thoroughly checked, professionally detailed, and securely wrapped to guarantee a safe, protected, and pristine delivery.

Shipping Information

  • Carrier: Royal Mail
  • UK Delivery: 1 - 3 Days
  • International Delivery: 7 - 10 Days
  • Handling Time: 1 - 2 Days
  • Security Protocol: Fully Tracked

Returns Policy

  • Return Window: 30 Days
  • Seller Coverage: Item Damaged / Misdescribed
  • Buyer Coverage: Change of Mind (Must be returned unaltered in original received condition)