Hydrogen peroxide has a peroxide bond, o-o-o-o-o-o-o-o-o-o-o-o-o-o-n-o-o-o-n-o-o-o-o-o-n-o-o-o-o-o-n-o-o-o-n-o-n-o-n-o-n-o-n-o-n-o-n-o-n-o-n-o-n-o-n-o-n-o-o- At normal temperature, the wavelength is 320 ~ 380nm light irradiation, or heating, using catalyst can accelerate the decomposition of hydrogen peroxide. Light is too slow, heating wastes energy, and decomposition rate is unstable, so finding a suitable catalyst is even more important. Catalytic principle of hydrogen peroxide:
Oxidized heavy metal oxide or metal salts, the resulting substance breaks down to release oxygen.
The reaction time and catalytic efficiency of hydrogen peroxide are different for different oxidized heavy metal oxides or metal salts. Currently on the market are mostly adopts single manganese dioxide as catalyst for hydrogen peroxide, but manganese dioxide catalytic rate is too fast, easy to form a system of high temperature and high pressure, dangerous, difficult to control.
PML - M01C catalyst features
Pumali launch of the new type of hydrogen peroxide catalytic material, is the use of different oxide with hydrogen peroxide catalyzed reaction speed and the efficiency of the differences, combined into smooth response speed, can maximize the catalytic decomposition of hydrogen peroxide, give attention to both efficiency and security of catalytic materials. There are many rare metal compounds in the composition.
To make uniform distribution of various materials, easy to use, special material mixing first, and then into the custom made models of abrasive, the sintered in high temperature curing porous ceramic catalyst.