Women's diamond shape ring in yellow gold colour with micro inlaid zircon geometric design, made from copper with multiple size options including no.6, no.7, no.8, no.9, and no.10 for various finger measurements
Women's geometric diamond ring with micro inlaid zircon detailing in yellow gold colour

This copper ring presents a diamond-shaped geometric design featuring quadrilateral elements and linear detailing. With its micro inlaid zircon treatment process, the ring offers decorative elements while maintaining an accessible price point through copper construction. Available in five different sizing options ranging from no.6 to no.10, it accommodates various finger measurements. The yellow gold colour finish, designated as T0938 Yellow Gold, provides a traditional jewellery appearance suitable for women's wear according to its style classification.
Features and Construction

The ring combines geometric design principles with practical jewellery construction methods. Its diamond shape incorporates quadrilateral elements and linear patterns that create visual interest through the arrangement of these geometric components.
Material and Build
Constructed from copper material, this ring utilises a base metal approach to jewellery making. The micro inlaid zircon treatment process adds decorative elements to the geometric design, creating contrast against the yellow gold colour finish. This construction method allows for the diamond shape to be realised while maintaining structural integrity for regular wear.
Size and Practical Fit
Available in five distinct sizing options from no.6 through no.10, the ring accommodates various finger measurements. This range of sizes allows for fitting different hand proportions while maintaining consistent design elements across all available options. The geometric shape and quadrilateral elements scale appropriately across the size range to preserve design integrity.
Uses and Placement

Designed specifically as women's jewellery, this ring suits various wearing occasions and style combinations. Its geometric design with diamond shape and linear elements offers versatility in how it complements different outfits and other jewellery pieces.
Event or Professional Use
The geometric diamond shape with micro inlaid zircon detailing provides an option for occasions where jewellery serves as a focal accessory. The yellow gold colour finish offers traditional appeal suitable for various settings, from professional environments to social gatherings. The quadrilateral elements and linear design create visual interest without overwhelming other elements of an outfit.
Everyday Home Use
For daily wear, the copper construction provides durability for regular use while the geometric design maintains its visual appeal. The ring's diamond shape and linear elements work well with casual and everyday outfits, offering jewellery options that don't require specialised care routines. The five size options ensure comfortable fitting for extended wear periods.
Benefits and Buying Value

This ring combines accessible materials with considered design elements to offer practical jewellery options. The geometric approach to the diamond shape and quadrilateral elements creates distinctive visual characteristics within its category.
Reuse and Low Maintenance
Copper construction simplifies maintenance requirements compared to more delicate jewellery materials. The micro inlaid zircon treatment maintains its appearance with standard jewellery care methods, while the geometric design elements preserve their definition over time. The ring's construction allows for continued wear without specialised upkeep routines.
Why Choose This Product
The combination of geometric diamond shape, quadrilateral elements, and micro inlaid zircon detailing offers distinctive design characteristics. With five size options from no.6 to no.10, it provides fitting solutions for different finger measurements. The copper construction with yellow gold colour finish delivers traditional jewellery aesthetics through accessible materials and manufacturing methods.
