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  • Hydrogen Peroxide 60 Percent Applications Safety Production

Hydrogen Peroxide 60 Percent Applications Safety Production

On the characteristics of hydrogen peroxide 60 and its use, security, and production
Hydrogen peroxide 60 is strong in nature and quality. Its strong oxidation energy is different from that of normal matter. The state of concentration 60 has different chemical characteristics, and it is often the main cause of promoting change in various reactions.

Application field
In the industrial world, it is mostly involved in the refining industry. It can be used as a bleaching agent to make fabrics new and pure in color; in the production of pulp, it also relies on this quality to remove variegated colors and lift the quality of paper. And in the field of medicine, although it is highly concentrated, it needs to be careful, but it can be diluted moderately. It can be used as a wound cleanse, with its sterilization effect, to prevent infection. In the industry of environmental protection, it can help clean sewage, decompose harmful substances, and return water to clear.

Safety
Its nature is lively, and it is dangerous to encounter heat, shock, or flammable or reducing objects. When storing, it should be placed in a cool and ventilated place, protected from the sun and heat, and away from fire. The operator must wear protective gear, eye protection, hand protection, and protective clothing to prevent splashing and injury. If there is accidental contact, rinse it with clean water quickly, and seek medical treatment for those who are serious. And if the volatile gas is absorbed too much, it will also hurt the respiratory tract, so ventilation is essential in the place of operation.

Production method
To obtain 60 hydrogen peroxide, the process needs to be refined. It is often based on the anthraquinone method and is catalyzed for hydrogenation and oxidation. The process of hydrogenation involves temperature control and pressure control to moderately hydrogenate anthraquinone. When oxidizing, the gas ratio is adjusted and catalysis is selected to promote hydrogen oxygenation to hydrogen peroxide. Subsequent purification and concentration also need to be carried out carefully, removing impurities and improving quality, reaching 60% concentration. Every step is related to quality and safety. From material selection to industrial control, high-quality hydrogen peroxide can be produced at 60%.