Nina WebrinkGravitational Wave Ring Gold
The sophisticated Gravitational Wave Ring from Nina Webrink is handcrafted in 18 karat gold. Part of the Spacetime Collection, this pretty sculptural ring comes in various sizes.
- 18k gold ring
- Available sizes: 47-59
- Colour: Gold
What's the story
Backed by diverse life experiences together with extraordinary talent, world-renowned designer Nina Webrink brought to life a unique jewellery concept—sustainable “slow luxury”. Through her designs, Webrink explores the raw beauty of nature that lies beyond the constraints of space and time. Her Spacetime Collection, an array of geometrically sculpted pieces inspired by the juxtaposition of Earth and Saturn in an image taken by spacecraft, Cassini, exemplifies her design philosophy.
What's great about it
The exquisite Gravitational Wave Ring, fashioned in 18 karat gold, is inspired by the beautiful spiral galaxies that populate our universe. Crafted by hand and shaped to form soft, undulating curves, the unique Gravitational Wave Ring creates the illusion of two polished, wave-shaped gold rings stacked together. The unusual form of the ring creates an air of quiet mystery around its wearer. The refined design also makes it an ideal choice for the contemporary woman who appreciates sustainability in her life.
How to wear it
The stylish yet classic design of the eco-friendly Gravitational Wave Ring makes it an apt accessory for any occasion. The ring will go well with monotone formals as well as multi-hued casuals. It can also be worn by itself or combined with other Nina Webrink pieces to create a look that will ‘rock’ the red carpet.
Why we love it
The wonderful creations of Nina Webrink are inspired by her curiosity about the sculptural vibrancy contained in nature. At The Jewellery Room, we admire and extol her sustainable focus as well as her sophisticated expression and superior craftsmanship. The Spacetime Collection by this talented designer is a sublime expression of the universe’s raw beauty, which is beautifully epitomised in the Gravitational Wave Ring.