Bracelet Circle – Sterling Silver 925
Related products
Product detailed description
The Circle bracelet by NLMT design in its gold-plated version combines refined simplicity with precision craftsmanship. The gold-plated sterling silver circle (Ag 925/1000) is paired with an adjustable nylon cord in black or red, ensuring a comfortable and personalised fit for any wrist.
Its clean geometric shape makes it easy to style with other jewellery, offering a timeless and modern look suitable for daily wear. Each piece is lightweight and thoughtfully crafted. If you prefer a different cord colour, feel free to specify it in the order notes.
To keep the bracelet looking radiant, we recommend cleaning it with care using products suitable for gold-plated jewellery, such as Hagerty gold cloth.
| Material | Gold-plated sterling silver 925/1000, nylon cord |
| Circle diameter | 13 mm |
| Wire diameter | 1.2 mm |
| Adjustable length | 12–22 cm |
| Weight | approx. 0.45 g |
Be the first who will post an article to this item!
NLMT design represents handcrafted jewellery that merges timeless aesthetics with minimalist design. The brand’s founder, Slovak designer Miroslava Lichá, approaches jewellery as small-scale architecture — refined, structural and grounded in the logic of materials.
Lichá originally studied furniture and interior design at the Technical University in Zvolen, later continuing with a master’s degree at the Faculty of Architecture, Slovak University of Technology in Bratislava, focusing on interior design. These disciplines strongly inform her jewellery practice.
“In jewellery design I apply the principles of interior architecture — functionality, aesthetic clarity, material longevity and a sense of contemporary form,” she notes. Her work is rooted in geometric structures assembled into what she calls “cold metal architecture”.
NLMT design is characterised by minimalism, clean lines and a profound respect for the material. Each piece is crafted as a distinctive author’s object, highlighting rhythm, form and the sculptural potential of metal.