A silver stacking ring set comprising multiple slender, matte silver bands, designed to be worn stacked together. Each band features a small, organic-shaped element- soft, rounded, pebble-like forms- some set with sparkling, clear stones that catch the light beautifully, while others are left smooth for a balanced, organic feel. The stones vary in size, giving the arrangement a natural and effortless feel. The overall look is modern, minimalist, and slightly earthy, blending clean lines with asymmetrical, handcrafted charm. Modern, minimal, and perfect for everyday wear, this elegant stacking ring set includes multiple slender silver bands, each adorned with softly shaped pebble-like accents.

The set comprises the following four rings. Firstly, the plain carved stacking ring measures 1.5mm wide with a 3.5mm pebble atop. The three diamond rings measure 1.5mm and 2mm wide, and both come set with sparkling 1.5mm and 1.8mm diamonds.

Designed to be worn together or mixed and matched, these rings create a natural, effortlessly stylish look. Perfect for lovers of minimalist, contemporary, or nature-inspired jewellery. Inspired by smooth river stones, each ring features rounded organic forms paired with shimmering stones for subtle contrast. This set combines natural shapes with modern simplicity, making it a beautiful accessory or a meaningful gift. A thoughtful gift for someone who loves delicate, modern, or nature-inspired jewellery. This pebble stacking ring set works wonderfully for birthdays, anniversaries, or as a special treat for yourself.

Specifications at a quick glance:-

Model: WOMENS STACKING RINGS CAR3245.

Width(s) Available: As pictured.

Metal(s)/Material(s) Available: 925 sterling silver.

Finish(es) Available: As pictured.

Delivery: 2 to 3 weeks and we can accommodate rush orders.

Returns Policy: You may return these UK made womens fashion rings if they are not to your satisfaction as long they are not not engraved. Please see our terms and conditions.

Available Options:

UK Ring Size: HIJKLMNOPQRST