Under the Microscope.

Don't just take our word for it. Diamantine ™ is backed by third party test data and certified from the most respected labs in the world.

The entire surface of Diamantine™ is integrated with real diamond crystal.

The worldwide patent pending process that is used to create Diamantine™ is called nanocrystalline diamond coating. Diamantine™ is created by employing a multi step treatment process. This involves the development of a coating of nanocrystalline diamond particles below 60 nm, uniformly on all cut surfaces of the gem material. This process utilizes Serenity Technology's proprietary Nano-diamond technology.

Each Nano diamond particle is pure diamond.

Each nano diamond particle is pure diamond, with all its optical and physical properties.
The test data below, from EAG, demonstrates the existence of the nanocrystalline diamond particles on the Diamantine™ surface.

The average size of the nanocrystalline diamond is 3500 times smaller than a typical human hair, the diamond clusters vary between 5 – 30 nm. These can only be seen from the micrograph captured at magnification over 100,000X.

The diamond crystallites are only visibly clear under tremendous magnification (low magnification SEM image at 2000X shows the presence of the diamond crystallites as a barely discernible blanket of dots on the coated facet).

The Genuine Diamond coating cannot be stripped from the core

The nanocrystalline diamond cannot be stripped from the surface of the cubic zirconia core, it is fully integrated into the surface layer.

Can Diamantine™ test positive for Diamond?

The patent pending nanocrystalline laboratory created diamond coating does test positive for diamond! However, we have agreed in launching Diamantine™ to add specific impurities to prevent this from occurring.

The test data below was conducted by an independent 3rd party - EVANS ANALYTICAL GROUP (EAG)

The world's premier materials characterization and surface analysis laboratory. EAG have state of the art instruments for providing analysis of material structures at the nano scale.

Report on High Resolution TEM imaging of Nano-Crystalline Diamond on Cubic Zirconia