Thomas Sabo Bracelet A2210-587-7-L19 | Acotis

Thomas Sabo Elyndra Sterling Silver Simulated Turquoise/ Freshwater Pearl Bracelet A2210-587-7-L19 The Thomas Sabo Elyndra Sterling Silver Simulated Turquoise/ Freshwater Pearl Bracelet A2210-587-7-L19 captures the modern character of Thomas Sabo in an elegant and versatile design. Finished in Sterling Silver / Turquoise/ Freshwater Pearl, it offers a considered look with premium visual appeal. Designed to sit elegantly on the wrist, it can be worn alone for a clean finish or layered with coordinating bracelets and a watch. Its versatile appearance also makes it a thoughtful choice for birthdays, anniversaries, celebrations or a well-deserved personal treat. The supplied measurements include length 19,00 cm cm, width 12,0 mm mm, height 7,5 mm mm, thickness 6,0 mm mm. Recorded weight information includes silver weight 2.4 g, total weight 12.12 g. Product Specifications Product Type: Women's Bracelets Colour: Multicoloured Material / Finish: Sterling Silver / Simulated Turquoise/ Freshwater Pearl Length: 19,00 cm cm Width: 12,0 mm mm Height: 7,5 mm mm Thickness: 6,0 mm mm Silver Weight: 2.4 g Total Weight: 12.12 g Product Code: A2210-587-7-L19 Complete your jewellery collection with this elegant Thomas Sabo design. Every available product measurement and weight has been included above to help you make an informed choice before ordering. Acotis Jewellery Ltd, United Kingdom,Acotis Jewellery Ltd,United Kingdom,"Keep away from children. Products may contain small parts which could present a choking hazard. Avoid contact with perfumes, chemicals, sprays, lotions, and water. Battery operated items may contain button batteries which must be kept away from children. Dispose of batteries and packaging responsibly in accordance with local regulations.","Please handle with care. Store products in a dry place away from direct sunlight. Clean with a soft cloth only. Remove jewellery before bathing, swimming, sleeping, or using cleaning products. Follow any additional care instructions supplied with the item."