Thermal applications


| Thermal applications

A diamond by far surpasses its main competitors: silicon (Si), silicon-carbide (SiC) and gallium-nitride (GaN) in thermal conductivity. Thermal conductivity of diamond plates is ranging from 1000 to 2000 W/mK, however, due to unique technology our single-crystal subs have shown better results averaging approx. 2100 W/mK.


Hydray diamond is able to fully remove the heat or to change temperature of high-power sources in order to prevent overheating, damage and destruction of the working module. Diamond heat sink substrates allow to increase capacity of the operating modules and their life time in extreme conditions. It is very important for semiconductor industry, in wich currently it is not possible to develop UHP and fast processors and it stays only a dream of a technologist at this stage and time.


| Production

We actively develop Jewelry, Industrial and Scientific international market sectors. We explore innovative approaches and technologies to improve the quality of Lab Grown Diamonds rough. The company is focused on partnership with international research institutes and innovative companies to create mutually-beneficial collaboration with the main purpose – to contribute the whole Lab Grown Diamonds rough market. 

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large sizes 1.0 - 10.0 ct

colorless and fancy blue

different shapes and clarity

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2.5 x 2.5 - 15.0 x 15.0 mm

multi- and mono-sectorial

IIa and IIb types

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diameter 2.60 - 4.15 mm

smooth and faceted

up to 100 GPa

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Lenses for spectrometers

X-Ray refractive lenses

Intraocular (IOL)


| Custom projects

If you don't find a desired product - contact our manager or form a personal order 

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