Vintage Silver & Marbled Monochrome Cabochon — 9.0g — Size K

£62.00

A bold and artistic statement ring featuring a large, oval cabochon with a striking natural pattern. The stone is encased in a traditional "beaded" or granulated silver frame, which adds a layer of vintage texture and architectural depth. At 9.0 grams, this ring feels substantial and secure, offering a premium weight for a smaller-sized band.

Stone Opinion

The focal point is a natural marbled mineral cabochon. It features a sophisticated "Dalmatian" or landscape pattern of creamy tan swirled with deep charcoal and black inclusions. This high-contrast, monochrome palette is characteristic of dendritic agate or polished marble, making it a versatile piece that complements both neutral and bold wardrobes.

Technical Specifications

  • Metal: Sterling Silver

  • Weight: 9.0g

  • Ring Size: K (UK)

  • Integrity: Confirmed Non-Magnetic (Verified)

  • Condition: Excellent condition. The silver work is crisp, and the polished stone surface is smooth and free of chips or abrasions.

A bold and artistic statement ring featuring a large, oval cabochon with a striking natural pattern. The stone is encased in a traditional "beaded" or granulated silver frame, which adds a layer of vintage texture and architectural depth. At 9.0 grams, this ring feels substantial and secure, offering a premium weight for a smaller-sized band.

Stone Opinion

The focal point is a natural marbled mineral cabochon. It features a sophisticated "Dalmatian" or landscape pattern of creamy tan swirled with deep charcoal and black inclusions. This high-contrast, monochrome palette is characteristic of dendritic agate or polished marble, making it a versatile piece that complements both neutral and bold wardrobes.

Technical Specifications

  • Metal: Sterling Silver

  • Weight: 9.0g

  • Ring Size: K (UK)

  • Integrity: Confirmed Non-Magnetic (Verified)

  • Condition: Excellent condition. The silver work is crisp, and the polished stone surface is smooth and free of chips or abrasions.