Know How
Production of modified nanocrystals from the element boron in the scale of 0,5 to 100 nanometers by means of the “NNT Shock and Detonation Method”.
With the special NNT Shock and Detonation Method in the detonation chamber, under a high pressure of up to 170.000 bar and a temperature of 4.300°C, boron nitride is processed through implosion into Mono Crystal Diamond Powder (MCDP) and nanoboron crystals (NBN) in the scale of 0,5 to 100 nanometer; a process lasting 1/1.000.000 seconds.
Subsequently, in a refinery, the processed crystals are separated into MCDP, Nanobor, cBN, BN and HBN by using a special filtering technique.
These crystals are then solidified using high temperatures in argon furnaces under vacuum exposure until they attain a purity degree of 99.9%.
The argon system makes an accelerated homogenization of the modified MCDP and nanoboron crystals possible, in all kinds of fluids with lubricant properties.
By means of the process technology described, we obtain base materials to be applied in our products. Moreover, BORPOWER EU GROUP also produces a sustainable amount of high-tech materials for the industrial use and industrial customers.
Each level of the production process of MCDP undergoes regular and strict quality controls. Modern methods like x-ray powder diffractometry, electron microscopy and IR spectroscopy are used in our quality control procedures.
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