Hill Tribe Silver Hammered Slip-On Bangle - Slim Stackable Design
Keep it simple with our slim Karen Hill Tribe silver hammered bangle. Closed and clasp-free, this fine round band simply slips on, its hammered, faceted texture catching the light from every angle as you move. Handmade by artisans in pure silver, so no two are quite alike. Lightweight, modern and minimalist, it’s a versatile everyday bangle for women and an essential for stacking and layering.
- 999 pure silver slip-on bangle with a hammered finish.
- This bangle is non-adjustable so please check the measurements.
- Width 3 mm.
- Inner circumference 20 cm.
- Inner diameter 6.5 cm.
- Weight 12.2 grams.
- Pair with sterling silver bangles and bracelets to create your own personalised look.
Our Karen Hill Tribe jewellery for women is all handmade with pure silver (99.9%). Thai pure silver, unlike sterling silver (92.5%) has a more matte finish and its shine is softer - it also takes longer to tarnish than sterling silver as it's mixed with a lower percentage of other base metals which speed up this process.
Keep it simple with our slim Karen Hill Tribe silver hammered bangle. Closed and clasp-free, this fine round band simply slips on, its hammered, faceted texture catching the light from every angle as you move. Handmade by artisans in pure silver, so no two are quite alike. Lightweight, modern and minimalist, it’s a versatile everyday bangle for women and an essential for stacking and layering.
- 999 pure silver slip-on bangle with a hammered finish.
- This bangle is non-adjustable so please check the measurements.
- Width 3 mm.
- Inner circumference 20 cm.
- Inner diameter 6.5 cm.
- Weight 12.2 grams.
- Pair with sterling silver bangles and bracelets to create your own personalised look.
Our Karen Hill Tribe jewellery for women is all handmade with pure silver (99.9%). Thai pure silver, unlike sterling silver (92.5%) has a more matte finish and its shine is softer - it also takes longer to tarnish than sterling silver as it's mixed with a lower percentage of other base metals which speed up this process.