The Marvelous Selection of Tungsten Carbide Wedding Rings | Fine Gold Jewelry

Tungsten rings inlaid with gold, silver or palladium are created by grinding a groove or a channel in the center of the ring and precisely “swedging” the metal into the channel under extreme pressure.

The Claddagh ring is most commonly used as a promise ring which symbolizes a couple will eventually unite in marriage. The Celtic Love Knot ring is also a popular ring which symbolizes two bonded lovers. This beautiful notion is ideal for a wedding band or couples ring since the two that unite in marriage our bound together for an eternity. Others Celtic ring symbols include the Celtic Oval, which is the most basic form symbolizing eternity and continuity of life.

The unique formula of our tungsten carbide allows these rings to be both visually stunning and durable enough for every-day use. You are no longer required to constantly remove and replace your ring in order to protect its finish. Our tungsten carbide rings are made with the superior nickel-binder alloy instead of being made from pure tungsten or with the cobalt-binder alloy. Nickel-binder alloys are superior for several reasons:

For a single ring to symbolize something so significant you definitely want the ring to last. Celtic ring manufacturing typically produce rings in silver or gold and over time the appearance on these rings will slowly diminish, as both metals are prone to scratch.

Many jewelers offer pure tungsten wedding bands which lack the hardness of tungsten carbide and can scratch quite easily. Some offer tungsten rings made with cobalt binder because it is cheaper to produce than nickel-binder carbide. We caution you against buying from a jeweler that doesn’t specify that their tungsten wedding bands are made with the nickel binder alloy.

Tungsten Rings and Bands answers all your black tungsten rings questions and offers you the tungsten rings nickel of your dreams!. Check here for free reprint license: The Marvelous Selection of Tungsten Carbide Wedding Rings.