HP-HT Colors Enhancement Process
A natural diamond can be termed as the best “wonder of the world“ with its various color effects.
The diamond rises from beneath the earth, we make it more beautiful by simply enhancing the richness in color.
The color of the natural diamond is enhanced by sophisticated advanced technology called hpht (high pressure heat treatment).
We replicate the same method by which earth produces the natural fancy color diamond.
We simply enhance the natural colors to beautiful colors without using any harmful methods.

Our HP-HT Colors Enhancement Process Charges (Decolorization)

WE COLOR ENHANCE from brown diamonds OF type IIa, and turn them into white colors usually from D to HWe also Color Enhance from  BROWN  TO WHITE Diamonds. We also  Color Enhance from  BROWN  TO other color Diamonds as following:

HDPL Color Treated Diamonds TM attains what nature can only produce in scarce quantity. We color treat dirty industrial diamonds and transform them to magnificent fancy colored ones and that too at unbelievably low prices. 

WE COLOR ENHANCE from brown diamonds OF type IIa , and turn them into white colors usually from D to H and also to Fancy Pink.

There is also a part of those brown diamonds that can be made Fancy Blue.

Brown diamonds from the type Ia goods are color treated to make Fancy Green , Fancy Intense Yellow , Fancy Vivid Yellow , Fancy
Greenish Yellow , Fancy Orange colors.
We also Color Enhance from  WHITE TO "CANARY YELLOW" Diamonds.

Diamonds originate deep in the earth where conditions of intense pressure and temperature exist. They are brought to the surface through geological events which alter the structure and color of the stone.

The process is owned by GE and its specifics are being kept extremely quiet. Indeed, when the DRB asked whether the process was one of physical, chemical, laser or some other type of change, Weil would only state that it did not include laser drilling, irradiation surface coating or fracture-filling. "Although we’re not saying what it is, it is only an additional step in the already lengthy process," said Weil. Using the process of elimination, we assume that the process is either pressure or heat, General Electric’s specialty for years.

Apparently, once the process has taken place – and it is irreversible – a jeweler will not be able to tell the difference between a stone that has been treated and one that has not. Exactly how much difference will be made Will the laboratories mark the certificates with some sort of statement, "processed diamond", for instance? Will the color change be as much as, say, I to G Should one know or be able to tell somehow if one’s diamond has been chemically, physically or otherwise treated? Will other cutters be able to use the treatment or will it remain a proprietary process.

The most interesting question raised by the discussion with Weil is that of "brilliance." If the brilliance of the diamond is affected, how is that possible without changing either the material involved, i.e. the carbon, or changing the faceting of the stone? Indeed, by keeping its process so under wraps, GE seems to raise more questions than it answers.