If your ring has been covered in dirt and grime, or tarnished and discoloured in any way, please feel free to send it back to us and we will clean it for you, free of charge. All we ask is for you to pay a once off courier return fee of R100

No! Only the highest quality nickel is used as a binding agent in all rings and men’s wedding bands. Carbide jewellery is cobalt-free.

Yes, by following these steps:

Using vice grip-pliers, clamp the pliers loosely onto the ring and push squeeze. Remove the pliers, then 1/4 turn tighten the pliers. Clamp the pliers on the ring again and push down hard. Continue this method until a crack is heard. At that point, remove the vice-grip pliers and turn the your ring slightly on your finger. Repeat these steps until the material breaks away. Simple and easy!

Low quality tungsten rings use cobalt as an alternative binder, using this binder makes the ring susceptible to corrosion, cracking, marring or scratching. Tungsten bands which include cobalt may also possibly cause skin rashes or itchiness. Therefore NEVER purchase a tungsten ring that contains cobalt!

Tungsten Carbide rings have a ‘Comfort Fit’ design, which allows for half a size up or half a size down. The rings cannot be resized, however if after the first week of wearing the ring and you find it is too tight or too loose, (and the ring is still in its original condition), we will exchange it for you to a more comfortable size.

We have no doubt you will find your tungsten carbide wedding band THE most comfortable piece of jewellery you own, due to its comfort-fit band on the inside of the ring.

Yes, there IS a big difference between pure tungsten and tungsten carbide. Pure tungsten rings are very soft and can be scratched or bent, and may damage easily, whereas TUNGSTEN CARBIDE is one of the most durable metals. It is scratch-resistant and will NOT bend or tarnish, which is why ALL the rings we manufacture include tungsten carbide.

By combining tungsten powder together with carbon & nickel, and allowing the powders to be placed in a high-pressure dye in order to form a blank, which is fired at 3600 degrees Fahrenheit, this method binds the nickel and the carbon with the tungsten. Then, once the tungsten rings have cooled, they can be cut, shaped & polished. Because tungsten carbide is almost as hard as a diamond, the polishing/shaping process is very similar to that of a diamond. From start to end your tungsten carbide ring goes through about 35 steps!

A diamond with a Mohs Scale of 10 is four times tougher than tungsten carbide, which is a Mohs Scale of 9, which makes tungsten carbide ten to fifteen times harder than titanium. 

It is also very brittle and can chip, crack or even break if dropped hard enough on a hard surface.