Emerald Radiant Cluster Ring
This one of a kind alternative engagement ring features a vivid green emerald with clusters of white diamonds on a gently textured 18ct yellow gold band.
A gorgeous example of an 'heirloom-to-be' handcrafted with clusters of individually selected diamonds and a beautiful green emerald. The design harks back to the myriad of treasures discovered throughout the prosperity of history, now re-imagined into a wearable, contemporary artwork.
Ring size L, please get in touch regarding sizing.
Since graduating with an MA from London’s Royal College of Art in 2005, Ruth Tomlinson continues to investigate the unpredictable and push boundaries of perceived preciousness in her critically acclaimed jewellery collections. She is considered by industry experts as one of the leading influences in the current generation of UK jewellery designers, and her unique designs and luxuriously wearable adornments are conceived with the notion of being treasured forever.
'I am driven by my passion for the earths treasures; the magic of minutiae, tiny intricacies, small imperfections, and the individual’s search for preciousness. I seek out the unconventional beauty within and this fuels my creativity, whether in the rarity of material or a curiosity in nature.
My inspiration is drawn from both the mysteries of historical jewels and the ephemerality of natures life cycles from birth to decay. My work is often a response to my immediate environment, whether a fleeting moment on a train in India or being totally immersed in a single jewel at a local museum. My eyes are wide open to new discoveries and I love to observe and absorb my surroundings.'
To look after your jewellery we recommend it must not be worn in the bath, shower or whilst swimming and we advise any perfume or hairspray is to be applied before putting on your jewellery to avoid contact with chemicals and cosmetics. Please remove your jewellery before engaging in practical activities such as sport.
Please get in touch to enquire about our cleaning services and restoring surface finishes.