What causes the tarnishing of Gold Plated Rings?

 Ever experienced the frustration of your precious gold jewelry turning your skin green?

Some people have had the experience of a piece of jewelry turning their skin a different color after being worn. While you may suspect that the reason is poor manufacturing or gold that isn’t pure, think again. There’s actually a range of factors that could result in your gold rings turning your fingers black, and there’s plenty you can do to resolve the problem.

By understanding why this happens and taking simple steps like cleaning your jewelry regularly or opting for higher karat gold, you can prevent this unwanted reaction. Say goodbye to tarnished fingers and hello to wearing beautiful jewelry that stays as radiant!

Reason #1: Chemical

If you’re wearing your ring while using harsh detergents, chlorine-treated pools or spas can lead to corrosion. The chemicals in these substances react with the metal alloy of the ring, causing it to corrode and darken, which subsequently blackens the skin underneath.

Same principal applies to cosmetics and skincare products, they have the potential to trigger a phenomenon known as metallic abrasion.These products contain compounds that are harder than gold and can rub off minute particles of metal when you wear your rings during application. These tiny particles appear black, resembling a fine dust or powder. When this dust interacts with absorbent surfaces like your skin, it adheres and forms a black smudge.

Reason #2: Environmental

The environment around you can affect how your rings fit and look. Living in a humid area can cause tarnishing on your rings, leaving black marks on your skin. The moisture trapped between your finger and the metal can corrode it over time.

Care for your jewelry mindfully to maintain their brilliance. Understand how environmental factors impact them to ensure they shine. Protect them proactively with proper storage and cleaning routines for everlasting sparkle.

Living by the ocean or sea poses a threat to your beloved gold ring. The salt in the air, similar to that in sweat, slowly deteriorates the metal, putting your ring at risk.

Protect your Flamond pieces from salty air.

Reason #3: Biological

Did you know that your own biological factors can be damaging your gold ring? Biological explains how the fats, fatty acids, salts, and hormones in our bodies contribute to the corrosion and discoloration of your beloved jewelry.

Don't let your rings lose their luster due to biological reactions. Understand the science behind it and learn how to prevent these chemical compounds from forming on your skin.

Continue reading to discover the best solutions to this matter. Say goodbye to discoloration and transfer in your fingers.

How to Prevent Discoloration:

There are some measures you can take to prevent your ring from corroding and causing your finger to tarnish.

A) Remove Your Rings

Don’t wear your rings while using products that are naturally corrosive. Remove them before washing hands, showering, doing dishes, cleaning, swimming in the pool or ocean, and applying cosmetics or lotion. Wash your hands with soap to remove any residue after doing these things and allow them to completely dry, or lotion to totally absorb, before putting your rings back on.

B) Try the power of Powder

If you live in an environment that is more humid, or your hands tend to be more sweaty, invest in an absorbent powder. You’ll want to use something that is super fine and free of abrasives. Apply it to your hands as often as needed to absorb the moisture before wearing your rings.

C) Clean Rings Often

Cleaning your ring will help remove any built up residue of dirt, sweat, and chemicals that react with the metals in your gold ring. You can clean your rings as often as you like as long as you’re using a safe method.

Whether you are experiencing your gold ring turning your finger green for the first time or it has been an ongoing concern, these are steps you can take to restore your ring's beauty and prevent any discoloration on your finger.