Where Your Gold Actually Goes After You Sell It

An engraved wedding band holds a secret its owner usually ignores: the tiny stamped numbers inside the shank tell the whole story of where that gold is headed next.

The hallmark decides the destination

That stamp — 10K, 14K, 18K, 750, 585 — is not decorative. It is a purity certificate pressed into the metal at manufacture. A 14K mark means 58.5% of the band's mass is pure gold. The rest is alloy: copper that gives yellow gold its warmth, or palladium that pushes it toward white. When a shop buys the band, the hallmark is the first thing weighed against the scale reading. Purity times weight times spot price equals the melt floor — the hard minimum the gold is worth regardless of the engraving, the sentimental history, or the filigree on the shoulders.

What the wear pattern reveals

Flip the band over. The shank — the bottom curve that presses against the finger — will show polishing wear, a soft matte track where metal has slowly burnished against skin. High-karat gold, 18K and above, wears faster because it is softer. A well-worn 18K band with a deep matte strip on the shank is actually surrendering tiny amounts of pure gold to friction over the years. That loss is measurable at scale. Low-karat pieces, 10K rings with mostly copper alloy, resist that burnishing — the shank stays shinier longer. Understanding the wear pattern helps predict whether the weighed gram count is close to the hallmarked theoretical or slightly below.

The hollow test nobody runs

A flashy wide-band ring can catch light beautifully and feel impressive in the hand — right up until you press the shank gently between two fingertips. Hollow-construction pieces flex slightly under pressure. Solid pieces don't move at all. Hollow gold has a higher visual mass than actual gold mass. The piece might look like eight grams and weigh three. That gap is where a lot of sellers get surprised. At A-1 Trade & Loan on Commercial Drive, hollow pieces still have value — but that value is anchored to what the scale says, not what the eye assumes.

Where the gold goes physically

Once purchased, the band joins other pieces sorted by karat. This sorting matters because mixing 10K and 18K alloys at a refinery produces an inconsistent result. Shops accumulate enough of each karat grade, then send batches to a precious metals refiner. The refiner smelts the lot, assays the resulting bar — meaning they test it chemically for actual purity — and pays out based on confirmed gold content. The engraving burns away. The alloy metals separate out. What remains is a small, dense, warm-colored bar of nearly pure gold that re-enters the commodity market. Your wedding band becomes part of a future piece of jewelry, an electronics component, or a dental casting.

Why stones come off the scale first

If the band has a stone set in a prong or bezel, the stone's weight is deducted before the gold calculation runs. A 2-carat cubic zirconia in a 14K setting might add two grams to the gross weight but contributes nothing to melt value. The stone itself gets evaluated separately — or not at all, depending on what it is. Diamonds get a second look. Glass simulants and low-quality synthetics typically do not shift the number.

How to use all three clues before you arrive

Weigh your piece on a kitchen scale, note the hallmark, and pull the live spot price for gold at kitco.com. Multiply grams by purity fraction — 0.585 for 14K, 0.75 for 18K — then multiply by the per-gram spot rate. Press the shank gently to check for hollow construction. If it flexes, expect the actual weighed gold content to be lower than the visual mass suggests. That calculation gives you a solid floor number before any conversation starts.