This elegant white gold necklace features a curved wave bar pendant set with approximately 1.30 carats total weight of natural diamonds. The closely set diamonds create strong brilliance across the front of the pendant while the gently curved profile gives the piece a refined contemporary shape.

The pendant is constructed with a dimensional profile and an open geometric gallery on the reverse, allowing light to pass behind the stones while keeping the design visually balanced from every angle. It is suspended from an 18-inch white gold chain and finished with a lobster claw clasp.

The necklace weighs approximately 6.84 grams total, including the pendant and chain. The pendant is marked 14K and contains approximately 1.30 CTW of natural diamonds.

This necklace is in excellent pre-owned condition and has been beautifully polished. The gold has a bright finish, the diamonds are securely set, and the piece presents very well for wear or gifting.

Metal Verification:

The metal has been tested in-house using standard acid testing methods and is consistent with approximately 14 karat gold. Due to variations in historical manufacturing standards, the karat value is stated as approximate.

Acid testing confirms that the gold of this item holds at the 14k level; however, this method does not provide the level of precision required to determine exact composition at a microscopic or decimal level. As a retail jewelry store, testing is conducted using industry-standard acid methods to verify gold purity within common benchmarks, including 10k, 14k, 18k, and 22k.

For precise metallurgical analysis to the micro level, specialized laboratory equipment—such as that used by Gemological Institute of America—would be required. Accordingly, the gold is described as approximately 14k to ensure accuracy without overstating the capabilities of the testing method we are able to use.

Variations can occur with vintage and antique items due to differing manufacturing standards of the period. The item has been tested and described as accurately as possible within the limitations of acid testing methods, which establish a close range rather than an exact microscopic decimal composition.