An elegant pair of earrings made of black and amber-like components - Lovingly hand-made in Italy.
Our black and amber earrings are named in honour of the eighteen-century polyglot, scientist and mathematician Clelia Grillo Borromeo. Born in 1684 and married to a Milanese aristocrat, Borromeo hosted one of the most important intellectual salons in Milan, whilst also maintaining a family and raising eight children. She had a great interest in natural science and mathematics and her salon became famous for its dedication to science, to that extent that even live experiments were performed at her gatherings. Over time her salon took on an increasingly political role and she emerged as a leading political figure in the fight against the Austrian’s sovereignty over Milan. She is remembered as a political and intellectual force in Enlightenment Italy.
Hand-made, in Italy.
Weight – circa 10g
Length – circa 8cm
Italian resin. Galvanized gold ball studs. Free from nickel and lead.
Each Pietrasanta piece is lovingly hand-made in Milan, and crafted using the highest quality materials sourced from Italy. Each item comes in a soft white velvet pouch, and a branded presentation box so that you can safely store your new jewellery.
All Pietrasanta jewellery is completely hypoallergenic – it’s free from lead, copper and nickel, so that you can wear it all day long without any issues.
The jewellery may be: plated in gold; silver 925, galvanized gold or galvanized silver – we would recommend the following steps to ensure your items are not damaged and stay clean. The wiring, clasps and studs may tarnish naturally over time. Tarnishing occurs naturally and to avoid this you may use a lint-free cloth to clean the metals parts of your jewellery. Similarly, as certain parts may bend under pressure, we suggest that the items be stored and transported in rigid boxes to avoid any external pressure compromising the item. If the jewellery does not ‘fall’ as expected, remember not to press down on the item, but try to gently align the pieces to their intended state.