Ginger Bread charm from Christina Jewelry & Watches

Not every piece of jewellery needs to be serious, and this little charm proves the point. It takes the shape of a grinning gingerbread man, finished in silver and fitted with two green stones set into his chest, all packed into a size of just 6 mm. Christina Jewelry & Watches designed it to click onto the brand's 6 mm leather bracelets, so it slots in alongside your other charms without any fuss. The twisted, band-wrapped loop also means you can thread it onto a chain if you would rather wear it around your neck. It suits anyone who likes jewellery with a bit of character, something that makes you smile rather than something that just sits there looking polished.

Christina Jewelry & Watches has built a name for charms that tell a small story or capture a mood, and the Ginger Bread charm fits that approach well. The smiling face gives an otherwise simple piece a sense of humour, while the green stones break up the silver tone and catch the light in a way that plain metal does not. Because the loop is twisted and wrapped, the charm sits securely and slides easily between bracelets or chains, so you are not stuck with one fixed setup. It works nicely as a gift for someone already collecting Christina charms, or as a small treat for yourself when an existing bracelet needs a lift. At 6 mm it stays understated enough for daily wear, yet the face and the stones keep it from blending in completely.

Specifications

• Model: Ginger Bread
• Item number: 610-S160
• EAN: 5708258074631
• Size: 6 mm
• Material: silver with inset green stones
• Design: gingerbread figure with a smiling face and a twisted, band-wrapped loop

The Ginger Bread charm is a small, cheerful addition whether you add it to a leather bracelet or a chain around your neck. There is no fuss involved, you attach it and it simply does its job of adding a bit of personality to the rest of your jewellery. If you are thinking of building up a whole collection of Christina charms, this one makes a fun starting point.