Oxidized Wedding Bands: Aging Gracefully

Oxidized wedding bands are a popular choice for those seeking a unique, rustic look. The blackened colour of oxidized silver or tungsten is achieved through a process that turns the top layer of metal a darker shade. Over time, this oxidized finish will polish off, revealing the true colour of the metal underneath. The rate at which the colour wears off depends on the piece of jewellery's contact with its surroundings. For example, earrings and necklaces maintain their colour for longer than rings and bracelets since they are less likely to rub against other surfaces. Additionally, oxidized finishes in the recesses of a design tend to hold their colour better, creating a beautiful contrast with the raised parts of the piece.

How to maintain an oxidized wedding band

Oxidized wedding bands are bold, hammered rings with a vivid colour contrast and a slightly domed surface. The black sterling silver is adorned with solid gold, creating a unique pattern. The colour of oxidized silver is superficial, so over time, the oxidized finish will polish off and the true colour of the silver will shine through.

• Remove your ring when doing activities that may cause abrasion, such as working out, sleeping, or working with tools.
• Avoid wearing your ring when doing activities that involve water, such as showering or swimming.
• Take your ring off when doing activities that involve chemicals, such as cleaning.
• Store your ring in a safe place when not wearing it, such as in a jewellery box or ring dish.
• Avoid exposing your ring to extreme temperatures, as this can cause the metal to expand and contract, which can lead to warping or cracking.
• Be careful not to drop your ring, as oxidized silver can be more fragile than other metals.
• Consider having your ring re-oxidized by a professional jeweller if the finish fades.
• Clean your ring gently with a soft cloth to remove any dirt or debris.

By following these tips, you can help maintain the colour and finish of your oxidized wedding band, keeping it looking its best for longer.

The lifespan of an oxidized wedding band

Quality of Metal

The quality of the metal used in the wedding band plays a crucial role in its lifespan. Jewelry-grade tungsten rings, for example, are known for their high purity and resistance to oxidation and tarnishing. On the other hand, industrial-grade tungsten alloys are more susceptible to oxidation and corrosion, leading to a shorter lifespan. It is important to invest in a high-quality tungsten wedding ring variety, such as tungsten carbide, to ensure longevity and blemish-free usage.

Presence of Alloys

The presence of certain alloys can also impact the lifespan of an oxidized wedding band. Pure tungsten rings are highly durable and resistant to corrosion. However, when tungsten is mixed with lower-grade base metals like cobalt or nickel to create ornaments and accessories, it can become prone to oxidation and corrosion. Therefore, it is essential to choose a tungsten wedding ring that does not contain alloys prone to rust and corrosion.

Level of Care and Maintenance

Durability and Scratch Resistance

Tungsten wedding bands, especially tungsten carbide rings, are known for their exceptional durability and scratch resistance. These rings can withstand daily wear and tear without showing any signs of scratching or scuffing. However, it is important to note that harder metals like tungsten may be more brittle and prone to cracking or shattering under forceful impact.

In summary, the lifespan of an oxidized wedding band can vary depending on the quality of the metal, the presence of alloys, the level of care and maintenance, and the inherent durability of the ring. By choosing a high-quality ring, avoiding certain alloys, practicing proper care and maintenance, and understanding the limitations of the metal, you can extend the lifespan of your oxidized wedding band.

The effects of oxidation on the colour of a wedding band

Pure tungsten rings, for example, are highly resistant to oxidation and will not rust or tarnish unless exposed to extreme heat. On the other hand, industrial-grade tungsten alloys that contain metals such as cobalt or nickel are more susceptible to oxidation and corrosion. Similarly, high-quality, jewellery-grade tungsten rings made from tungsten carbide are durable and scratch-resistant, and will not oxidise.

Oxidised silver jewellery has a blackened colour that is only superficial, affecting just the top layer of metal. Over time, the oxidized finish will polish off and the true colour of the silver will shine through. This process happens more quickly on rings and bracelets than on earrings and necklaces because they come into more frequent contact with their surroundings.

The effects of oxidation on the durability of a wedding band

Oxidation is a process that occurs when metals are exposed to oxygen and moisture, causing them to lose their lustre and shine and turn into a different colour called a patina. Most metals, except precious metals, are subject to oxidation, with some metals such as titanium, gold, and cobalt oxidising faster than others.

The oxidation process can affect the durability of a wedding band, depending on the type of metal used and the quality of the ring. A high-quality, jewellery-grade tungsten ring, for instance, will not oxidise, rust, or tarnish. However, tungsten alloys that contain lower-quality base metals such as cobalt or nickel may show signs of oxidation and corrosion.

Oxidation can also affect the colour of a wedding band, especially if it has been intentionally oxidised to create a blackened finish. Over time, even with proper care, the oxidised finish will polish off and the true colour of the metal will shine through. This process is accelerated on rings and bracelets since they come into frequent contact with surfaces.

To maintain the appearance of an oxidised wedding band, it is recommended to have it re-blackened periodically, which is a quick process often offered as a free service by jewellers. Additionally, removing the ring during activities such as sleeping, showering, and working out can help preserve the blackened finish.

It is worth noting that some metals, such as pure tungsten, are highly resistant to oxidation and corrosion, even under extreme heating conditions. Tungsten carbide rings, in particular, are known for their toughness and ability to withstand regular wear and tear without any scratch marks, cracks, or deformations.

The effects of oxidation on the value of a wedding band

Metal Type:

Oxidation is a natural process where metals react with oxygen and moisture in the air, leading to a loss of luster and the formation of a patina. Most metals, except precious metals, are susceptible to oxidation, with some metals like titanium, gold, and cobalt oxidizing faster than others. The type of metal used in the wedding band will determine its susceptibility to oxidation. For example, tungsten, a popular choice for wedding bands, is highly resistant to oxidation and corrosion when in its pure form.

Quality of the Metal:

The quality of the metal plays a crucial role in the oxidation process. Industrial-grade metals are more prone to oxidation and corrosion than jewelry-grade metals. A high-quality, jewelry-grade tungsten ring, for instance, will not oxidize, rust, or tarnish. However, lower-quality tungsten alloys may contain cobalt, which is more susceptible to oxidation and corrosion. Therefore, investing in a higher-quality wedding band can help maintain its value over time.

Exposure to Elements:

The level of exposure to oxygen, moisture, and other elements will influence the oxidation process. Wedding bands that come into minimal contact with their surroundings, such as earrings and necklaces, tend to retain their oxidized finishes longer. On the other hand, rings and bracelets that rub against surfaces and are exposed to moisture are more likely to show signs of oxidation over time.

Aesthetic Considerations:

Oxidized wedding bands are often chosen for their unique, blackened color. However, it's important to note that this color is superficial and will gradually wear off with time and use. The blackened finish will polish off, revealing the true color of the metal underneath. This evolution in appearance may be desirable for some, adding character and a "better with age" look to the ring. For others, it may be a detractor, requiring regular touch-ups to maintain the original color.

Maintenance and Longevity:

The effects of oxidation can be mitigated through proper maintenance and care. Re-blackening or re-oxidizing services are often offered by jewelry stores or artists to restore the original color. Additionally, jewelry-grade tungsten rings, for example, can withstand daily exposure to water and minor chemicals without compromising their integrity. On average, tungsten rings can last 2-5 years before requiring maintenance, but they can last indefinitely with proper care.

In summary, the effects of oxidation on the value of a wedding band depend on the type and quality of metal, the level of exposure to elements, and the desired aesthetic. While oxidation is a natural process for most metals, proper care and maintenance can help preserve the value and appearance of the wedding band over time.

Frequently asked questions