Women's Zircon Y Shaped Pendant Necklace, Gold Plated Copper Ball Beaded 26 Inch Clavicle Chain

• Jewelry Main Material

  Copper
• Material Type

  Copper Alloy
  Diamond shape

  None
• Pearl Type

  None
  Gender

  Women's
• Main Stone

  ZIRCON
  Jewelry Type

  Necklaces
• Necklaces Type

  Charm Necklaces
  Occasion

  Gift
• chain type

  Beads
  Plating

  Electroplating
• Shape\pattern

  Ball
  Style

  Trendy
• provide mould making and sample making service

  sample making, mould making
  Stone Shape

  Round
• Application

  Daily Life

A Y shaped arrangement gives this women's pendant necklace its distinctive long jewelry direction. The actual option is Y-shaped necklace at 26 inches with trendy design, alongside zircon, copper and gold plated styling.

Compare the Y drop with ball beaded detail

Ball is the supplied pattern, with Beads as the chain direction and Round as a decorative shape. Look at the selected arrangement to see how the Y drop relates to the beads and stone detail. Zircon is the main stone without a specified creation method or grade. No pearl is specified.

Keep copper and plated construction scoped

Copper is the main material with Copper Alloy as the broader material type. Gold plating is supplied in the title and Electroplating is the treatment direction. Confirm the component correspondence where exact coating or alloy construction matters. The selector's Y-shaped necklace label is a design identifier rather than a named Gold color choice or proof of a precious metal base.

Use 26 inches to plan the actual neckline

Confirm which part the listed length measures, the Y drop dimensions, usable chain length and fastening for a particular placement. Clavicle styling does not establish identical position on every wearer. Compare the measured arrangement with the neckline and outfit you intend to use. Daily life and gift contexts are supplied. Sample and mould projects support a development inquiry; identify the actual 26 inch Y version, ball beaded layout and proposed changes so geometry, materials and supported execution are considered together without assuming an adjustable mechanism.