Women's Butterfly Bracelet in Electroplated Copper with Yellow Gold Finish and Hetian Jade Stone Accent, Geometric Shell Flower Design Bells of Ireland SL516 Colour Bracelet for Female Wearers
Women's Butterfly Bracelet in Electroplated Copper with Yellow Gold Finish and Hetian Jade Accent

This bracelet provides a specific jewellery option for female wearers, constructed from electroplated copper to achieve its metallic appearance and yellow gold tone. The design centres on a butterfly motif set within a geometric shell flower framework, creating a structured yet nature-inspired aesthetic. The SL516 Bells of Ireland colour code denotes its particular finish, while the inclusion of a Hetian jade stone introduces a contrasting material element. This piece suits those seeking an accessory with clear decorative themes, defined materials, and a specified colour palette.
Features and Construction

The bracelet's construction and design elements offer distinct characteristics based on the materials and treatment processes used.
Material and Build
Copper serves as the primary base metal, electroplated to create the bracelet's surface finish and yellow gold colour. Electroplating involves applying a thin metallic layer through an electrochemical process, which provides the specified colour tone and can offer some protection to the underlying copper. The addition of a Hetian jade stone introduces a different material texture and visual contrast to the metallic components. This combination results in a bracelet with multiple material elements within its design.
Size and Practical Fit
While specific dimensions are not provided, the geometric shell flower shape suggests a structured form that maintains its profile when worn. The bracelet's design indicates it is intended for female wearers, with its construction and decorative elements tailored to this applicable population. The electroplated finish contributes to its overall appearance and may influence its weight and tactile feel compared to solid metal pieces.
Uses and Placement

The bracelet's design and specified characteristics make it suitable for various wearing occasions and stylistic preferences.
Event or Professional Use
The butterfly motif and geometric design offer visual interest that can complement both casual and more formal attire. The yellow gold finish provides a traditional metallic look that works with a range of colour palettes, while the Hetian jade stone adds a touch of material variety. Its electroplated construction means it presents with a consistent metallic appearance suitable for occasions where jewellery forms part of a complete outfit.
Everyday Home Use
As a piece specifically designed for female wearers, this bracelet serves as a regular accessory option for daily wear. The nature-inspired butterfly theme and shell flower shape offer decorative appeal without being overly ornate. The SL516 Bells of Ireland colour code ensures a specific yellow gold tone that can coordinate with other jewellery items or standalone as a statement piece.
Benefits and Buying Value

The bracelet provides certain practical advantages based on its construction and design approach.
Reuse and Low Maintenance
The electroplated finish on copper creates a surface that maintains its specified colour without requiring polishing in the same way as bare metals. The geometric structure of the shell flower design helps the bracelet retain its shape through regular wear. With appropriate care to protect the electroplated layer, the piece can offer continued use as part of a jewellery collection.
Why Choose This Product
This bracelet presents a defined option for those seeking a specific combination of design elements: a butterfly motif within a geometric shell flower shape, constructed from electroplated copper with a yellow gold finish, and accented with Hetian jade. Its SL516 Bells of Ireland colour code provides exact colour specification, while its identification as suitable for female wearers clarifies its intended audience. The piece offers a cohesive design with multiple material components executed through stated manufacturing processes.
