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HPHT lab grown diamonds

HPHT lab grown diamonds

  • Igi certified hpht lab grown diamonds VS VVS Clarity

    Igi certified hpht lab grown diamonds VS VVS Clarity

    hpht lab grown diamonds, often referred to as lab created , man made, or even synthetic diamonds, are created in a laboratory setting that emulates the natural process of a diamond’s growth – only, taking a lot less time (say, 3 billion years less, give or take) and less cost.

    The hpht lab grown diamonds are 100% real diamonds, and are optically, chemically and physically identical to natural, mined diamonds. The demand for hpht lab grown diamonds have soared in recent years, as engineering methods and technology have been perfected to produce diamonds that are, by all accounts, beautiful, economical, real diamonds.

  • EX-VG hpht treated diamonds high pressure high temperature diamond

    EX-VG hpht treated diamonds high pressure high temperature diamond

    hpht treated diamonds are created in highly controlled laboratory environments that duplicate the conditions under which diamonds naturally develop when they form in the earth mantle.This controlled environment makes it possible to create the purest form of diamonds (99.99% pure carbon)with fewer impurities and defects than earth-extracted stones,making lab-grown diamonds whiter , more brilliant and stronger than most mined diamonds.

  • Buy hpht diamonds online lab grown diamonds 1 carat 2 carat 3 carat

    Buy hpht diamonds online lab grown diamonds 1 carat 2 carat 3 carat

    hpht diamonds were manufactured in a laboratory , rather than mined from the earth. These are not knockoffs, hpht diamonds are not Cubic Zircon,they are not Crystals. They are Diamonds Chemically identical to their earth counterparts. hpht diamonds are same as the natural diamond, price only 1/8 of natural diamond.

  • D-F G-J K-M Color hpht lab grown diamonds online

    D-F G-J K-M Color hpht lab grown diamonds online

    HPHT, also known as the crystal catalyst method, is a method of crystallizing into diamonds (completely simulating the growth of natural diamonds) by depositing crystal layers on crystal seeds through a catalyst (generally using iron-nickel alloys) and high-pressure reaction chambers using graphite as a carbon source.