The Incredible Variety of Tungsten Wedding Bands
Titanium reacts with different chemicals and produces alloys of different colors. Jewelry makers use anodization to coat colored patterns on titanium rings. Black titanium is another form of titanium alloy that has a different color than the commonly used grey color. On the other hand, tungsten carbide is usually offered on in black color only.
For creating stunning rings, tungsten is forged into incredibly strong and durable alloys like carbon and later combined with nickel. Even though pure tungsten is prone to scratches and other similar damages to other metals, tungsten carbide is four times harder than titanium and nearly ten times harder than eighteen carat gold. Thus tungsten can be considered as the hardest metal used for commercial jewelry. For couples who are involved with physical activities that may nick or damage soft metals, tungsten wedding bands would be the safest choice. The polish of the ring is often considered permanent and will not wear off due to the metal's strength.
If you are curious try rubbing your tungsten ring on a file, if it scratches it is not tungsten carbide, if it does not scratch, it is tungsten carbide. Our rings will not scratch. Titanium rings look great new, and usually are less expensive. It is very common for people to mistakenly believe that the two metals are either the same thing or equal.
Tungsten carbide rings are twice as hard as steel, four times harder than titanium and virtually unscratchable. For decades tungsten carbide has been used in mining, aerospace, and other industries that have required a metal that is extremely hard and long lasting. Watch makers were the first to begin using tungsten carbide in jewelry, making watch bands that would never scratch. Since then tungsten carbide has emerged as a serious competitor in the ring industry due to its resilience, strength, and beauty.
Cobalt-binder is very common because it is more readily available and substantially cheaper than nickel-binder. While in manufacturing processes this may be a fine substitute, in jewelry substituting cobalt for nickel can produce adverse effects, our rings are hypo-allergenic. Cobalt can have adverse effects on skin and is subject to oxidation similar to silver but cannot be removed by polishing or grinding. Nickel-binder carbide is completely safe and chemically inert and will never oxidize. Many other companies will claim to have 'Tungsten Carbide' rings that sell very cheap, but will not disclose their elements. Others will only use Tungsten (see tungsten vs. titanium below).
For creating stunning rings, tungsten is forged into incredibly strong and durable alloys like carbon and later combined with nickel. Even though pure tungsten is prone to scratches and other similar damages to other metals, tungsten carbide is four times harder than titanium and nearly ten times harder than eighteen carat gold. Thus tungsten can be considered as the hardest metal used for commercial jewelry. For couples who are involved with physical activities that may nick or damage soft metals, tungsten wedding bands would be the safest choice. The polish of the ring is often considered permanent and will not wear off due to the metal's strength.
If you are curious try rubbing your tungsten ring on a file, if it scratches it is not tungsten carbide, if it does not scratch, it is tungsten carbide. Our rings will not scratch. Titanium rings look great new, and usually are less expensive. It is very common for people to mistakenly believe that the two metals are either the same thing or equal.
Tungsten carbide rings are twice as hard as steel, four times harder than titanium and virtually unscratchable. For decades tungsten carbide has been used in mining, aerospace, and other industries that have required a metal that is extremely hard and long lasting. Watch makers were the first to begin using tungsten carbide in jewelry, making watch bands that would never scratch. Since then tungsten carbide has emerged as a serious competitor in the ring industry due to its resilience, strength, and beauty.
Cobalt-binder is very common because it is more readily available and substantially cheaper than nickel-binder. While in manufacturing processes this may be a fine substitute, in jewelry substituting cobalt for nickel can produce adverse effects, our rings are hypo-allergenic. Cobalt can have adverse effects on skin and is subject to oxidation similar to silver but cannot be removed by polishing or grinding. Nickel-binder carbide is completely safe and chemically inert and will never oxidize. Many other companies will claim to have 'Tungsten Carbide' rings that sell very cheap, but will not disclose their elements. Others will only use Tungsten (see tungsten vs. titanium below).
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