Is it possible to cut a tungsten carbide ring and do rings made

  • Despite the fact that sellers promote the products with the claim that they are indestructible, the answer is obviously going to be yes. Since they had been crafted and molded in some way before being displayed in the jewelry store showcases, it is obvious that they could be cut, albeit with some difficulty. The ring can't even be scratched with a regular wire cutter or hacksaw; they won't even make a dent in it. On the other hand, a rotary saw equipped with a blade covered in diamond can slice through a tungsten carbide ring in a matter of seconds. However, if you are thinking about making your wedding band out of tungsten carbide, you should not use this method of cutting the material because it is not very reassuring. We will have to fracture the ring in order to remove an emergency ring that is already on the finger of its wearer rather than cutting through the ring itself.

    1. The instrument
    In the event of an emergency, all that is required to remove a tungsten carbide strip is a pair of vice grip pliers, and the vast majority of medical personnel and response teams should be outfitted with at least one of these.

    2. Modify the mouth so that it is compatible with the ring
    By squeezing the two handles together, you can secure the vice grip. Turning the knob counterclockwise on the handle will allow you to open the mouth until it is wider than the ring's circumference when it is locked in this position. The mouth of the vice grip should then be positioned around the ring. Turning the knob in a clockwise direction will tighten the grip. Do this until the teeth touch the ring, at which point they will securely grasp it. Check that the knob can be turned by hand with ease.

    3. Pull your lips even further back.
    Pressing the tab on the inside of the handle will unlock the vice grip, and releasing the ring will allow you to use it. Make sure the knob is turned all the way to the right. This positions the mouth of the vice grip so that when it is locked again, the distances in between will be just slightly smaller than the outer diameter of the ring by an amount that is approximately 1-2 millimeters.

    4. Cause the ring to crack by firmly closing the vice grip.
    Now, position the vice grip such that it encircles the ring, and squeezing its handles will cause it to lock into place. Because tungsten carbide is an entirely non-malleable metal, which means that it will not bend, the vice grip will be able to crack it by applying forces from opposite sides of the ring. When the ring finally breaks, it will slip off the wearer's finger without causing any injury.

    Do tungsten carbide rings turn your finger green?
    It makes no difference whether nickel or cobalt is used in the binding process; tungsten carbide rings will not turn your finger green in any case. It is not true, despite the fact that several websites assert that the nickel that is used as a binder in their tungsten rings prevents the wearer's finger from turning green after wearing the ring. These claims are false and have no basis in reality. The following information explains why tungsten carbide wedding bands will not turn your finger green, regardless of the binder that was used.

    1. Tungsten carbide content
    To produce tungsten carbide, tungsten and carbon are heated in the presence of a binding agent, which results in the formation of a structure resembling cement. Sintering is a process that creates a structure using tungsten and carbon, and typically either nickel or cobalt is used as the binder. This acts similarly to reinforcing parts within the structure. The fact that the alloy does not contain any other trace metals is essential, as it means that the only metals present in the structure are tungsten and nickel/cobalt.

    2. Who is to blame
    Copper, the same material that was used to construct the outer layer of the Statue of Liberty, is found in some rings, and this is what causes your fingers to turn green. Copper oxidation results in the production of copper carbonate, which is characterized by its green color. The presence of copper in the alloy of certain rings is the primary cause of the green discoloration that they cause on the finger. It rusts because of a reaction involving the acid and moisture from the skin, which both come into contact with it. The copper carbonate is what gives the finger its green color, and this process leaves it on the finger. The green coloration does not pose any health risks and ought to be easily removed using soap and water.

    3. Alloys that cause a greening of the fingers
    It is possible for your finger to turn green if you wear costume jewelry made from base metal. Brass, pewter, and pure copper are the most common types of base metals utilized in the jewelry industry. Because of their low prices, these base metals are utilized in the production of the majority of costume jewelry. Even though the majority of them are plated with silver or other metals that give the appearance of silver, the moisture from the skin is still able to reach the base metal and cause oxidation by reacting with it. The process of oxidation can also be sped up by lotion, which makes the problem even more severe.

    3. Rings that will not cause the wearer's fingers to turn green
    The vast majority of rings made from precious metals, such as gold, white or yellow silver, sterling silver, and platinum, will not cause greening of the fingers. Titanium, tungsten carbide, cobalt chrome, and stainless steel are some examples of alternative metals that can be used to make rings; these rings are not affected by the problem. Because neither the composition nor the plating of these rings contain any copper, you won't have to worry about your ring finger turning a different color in the days following your wedding if you select one of these rings as your wedding band.