Dimensions: 42-45-48 cm
Material: Metal
Season: FW 23/24
Enamel charms and plectrum-shaped elements for the Coccinelle Monogram necklace. A unique accessory for adding a touch of glamour to your every look. Complete your look by adding the bracelet. This model is made of a hypoallergenic material, with water-based non-carcinogenic, nickel-free enamel. Each piece demonstrates the attention paid to sustainable development, ethical and environmental issues: it is in fact made using recycled material rather than new extractions.
Material: Metal
Season: FW 23/24
Enamel charms and plectrum-shaped elements for the Coccinelle Monogram necklace. A unique accessory for adding a touch of glamour to your every look. Complete your look by adding the bracelet. This model is made of a hypoallergenic material, with water-based non-carcinogenic, nickel-free enamel. Each piece demonstrates the attention paid to sustainable development, ethical and environmental issues: it is in fact made using recycled material rather than new extractions.
Dimensions: 42-45-48 cm
Material: Metal
Season: FW 23/24
Enamel charms and plectrum-shaped elements for the Coccinelle Monogram necklace. A unique accessory for adding a touch of glamour to your every look. Complete your look by adding the bracelet. This model is made of a hypoallergenic material, with water-based non-carcinogenic, nickel-free enamel. Each piece demonstrates the attention paid to sustainable development, ethical and environmental issues: it is in fact made using recycled material rather than new extractions.
Material: Metal
Season: FW 23/24
Enamel charms and plectrum-shaped elements for the Coccinelle Monogram necklace. A unique accessory for adding a touch of glamour to your every look. Complete your look by adding the bracelet. This model is made of a hypoallergenic material, with water-based non-carcinogenic, nickel-free enamel. Each piece demonstrates the attention paid to sustainable development, ethical and environmental issues: it is in fact made using recycled material rather than new extractions.