Engagement Ring Styles and Settings

Introduced in 1886, the Tiffany® Setting set the standard for the engagement ring as we know it today. This iconic design features a round brilliant-cut diamond in a six-prong setting that lifts the diamond above the band and into the light, maximising the stone’s brilliance. All Tiffany® Setting diamonds feature a triple excellent cut, the highest grade in the industry.

The halo setting features a dazzling centre stone surrounded by a luminous circle of smaller diamonds. This is a popular style because the diamond halo maximises the visual impact of the center stone. Tiffany halo engagement ring settings feature a range of diamond shapes encircled by a single or double halo of white or pink diamonds.

The most common type of engagement ring setting, the prong setting features slim metal arms that securely cradle the diamond at the girdle. Each prong is carefully tapered and angled against the diamond’s bezel facets. Popularised by the iconic Tiffany® Setting engagement ring, the prong setting lifts the stone high above the band, allowing light to enter and exit the diamond from all angles for maximum brilliance, fire and sparkle.

Derived from the French word for “pavement”, pavé is a type of bead setting in which adjacent gemstones share a bead. In the pavé setting, the surface appears to be paved with diamonds set closely together. Tiffany engagement rings with a pavé diamond band feature three to six beads to secure each gemstone. This popular setting is a perfect choice for the wearer who desires a little extra sparkle.

The cathedral setting adds height and elegance to an engagement ring. The shank of the ring curves upwards to resemble the tall, graceful arches of a cathedral, elevating the centre stone above the band. The cathedral engagement setting is perfect for those who prefer a traditional style with a high setting.

In a burnish setting, stones are nestled in hollows within the band and secured in place by burnishing, or pressing, the metal to cover each gem’s girdle. This setting protects each gemstone by positioning it at or below the metal’s surface.