3F,Block C,No.179 Guangpu East Road, Huangpu District, Guangzhou, GD, China
blue diamond material
Blue diamond - the 'diamond' among diamonds
Blue diamonds are the most expensive and rarest diamonds, accounting for less than 0.02% of natural diamonds. It was formed in the ancient ocean a billion years ago, and its source depth is more than four times that of ordinary diamonds (below 660 kilometers in the lower mantle).
Blue diamonds are mysterious and legendary. From the 'Star of Hope' blue diamond in the movie 'Titanic' to the natural blue diamond that appeared on the cover of Nature magazine in 2018, they have attracted worldwide attention.
Blue diamond is a leader among materials. It has a variety of excellent properties and is the only diamond that conducts electricity at room temperature. It is hailed as the 'ultimate semiconductor material' by the industry.
Blue diamond (semiconductor grade conductive diamond) - the first in China to realize the industrialization of blue diamond materials
Blue diamond (semiconductor-grade conductive diamond) is the scientific research result of Debaishun's R&D team that has persisted in decades of continuous research.
The growth area of blue diamond (semiconductor-grade conductive diamond) has reached the world's top level. It has the widest band gap of semiconductor materials (5.5EV), an electrochemical window that is 2 times that of platinum, a thermal conductivity at room temperature that is 5 times that of copper, and a hardness that is 10 times that of corundum. It also has many excellent properties such as wear resistance, corrosion resistance, and radiation resistance.
Why is it called Blue Diamond?
Because our boron-doped diamond material is doped with high-precision boron, it shows an indigo appearance that is almost the same as that of natural blue diamonds, and its hardness and conductivity are also very close, so it is named 'blue diamond'.
The growth area of blue diamond (semiconductor-grade conductive diamond) has reached the world's top level. It has the widest band gap of semiconductor materials (5.5EV), an electrochemical window that is 2 times that of platinum, a thermal conductivity at room temperature that is 5 times that of copper, and a hardness that is 10 times that of corundum. It also has many excellent properties such as wear resistance, corrosion resistance, and radiation resistance.
Why is it called Blue Diamond?
Because our boron-doped diamond material is doped with high-precision boron, it shows an indigo appearance that is almost the same as that of natural blue diamonds, and its hardness and conductivity are also very close, so it is named 'blue diamond'.
Blue Diamond water molecule reconstruction technology
Blue Diamond'Catalyst'
Debaishun Blue Diamond material plays a key role similar to a catalyst in the entire process of water molecule reconstruction.
In the substances obtained by the reconstruction of water molecules, in addition to the inherent oxygen, oxygen-rich factors such as hydroxyl radicals (OH 0), trioxide (O 3), and oxygen atoms (OO ) are also formed , all of which have bactericidal capabilities far exceeding those of chlorine-containing disinfectants.
At the same time, these oxygen-rich factors have the characteristics of natural reduction and will naturally return to water and oxygen after sterilization and disinfection without any chemical residue.
Blue Diamond Oxygen Enrichment Factor Redox Potential
Oxidation-reduction potential (ORP) is an important indicator for evaluating the sterilization efficiency of a disinfection machine. The higher the oxidation potential, the higher the sterilization efficiency. The oxidation potential of Blue Diamond Oxygen Enrichment Factor is higher than that of sodium hypochlorite, chlorine dioxide and other disinfectants, and it has stronger sterilization and deodorization capabilities.
Blue diamond sterilization principle
①Search: Search for bacterial molecules, actively pursue and eliminate them. ②Grab: Blue Diamond Water’s delicate nano-spray molecules make it easier to spread to the surface of bacteria.
③Penetration: Penetrating the cell membrane reacts with the enzyme on the bacterial surface, causing the enzyme to lose activity. ④Killing: Through blue diamond water disinfection, bacterial proteins are oxidized and bacterial cells die.
