Oxidized Gold Plated Arrow Shaped Charms 13X5Mm – Pack Of 25 Pieces

Material:

• Oxidized Gold Plated: This likely refers to a base metal, such as brass or alloy, plated with a thin layer of gold and then treated to give it a darkened, aged appearance. The oxidation creates a vintage or antique aesthetic that complements the arrow design.

Shape:

• Arrow Shaped: These charms are shaped like arrows, a symbol with various interpretations depending on the culture and design. They likely have a pointed tip, a straight shaft, and fletching (feathers or vane) at the nock end (the end that attaches to the bowstring). The specific design might depict a simple pointed arrow or a more elaborate one with detailed fletching.

Size:

• 13mm x 5mm: This refers to the dimensions of the charm. In this case, it’s a small, elongated shape. The 13mm length is likely the entire length of the arrow, and the 5mm width is the broadest part of the arrowhead. This size makes them suitable for delicate accents or using multiples together to create a design element.

Quantity:

• Pack of 25 Pieces: You’ll receive a generous amount of 25 arrow charms in this package, allowing you to create multiple pieces of jewelry, share with friends, or experiment with different designs.

Uses:

These Oxidized Gold Plated Arrow Shaped Charms can be incorporated into your jewelry creations in various ways:

• Jewelry Making: These charms are versatile and can be used in various jewelry applications like earrings, bracelets, necklaces, anklets, or even zipper pulls. You can dangle them individually for a simple yet symbolic look, cluster them together to create a directional pattern, or combine them with other themed beads or findings.
• Symbolic Jewelry: Arrows can hold different meanings depending on the context. They can represent protection, direction, love, or achievement. You can use them to create personalized jewelry with specific meaning.
• Delicate or Statement Pieces: The 13x5mm size allows for delicate accents, or you can create statement pieces by clustering multiple arrows together or combining them with larger components.