30% 35% magnesium peroxide / 35%,50% hydrogen peroxide MgO2 Cas 1335 26 8

Product Overview

Description

Magnesium peroxide is a fine, odorless and tasteless, white powder. Similar to Calcium
Peroxide, Magnesium Peroxide is another kind of oxygen release agent which slowly
decompose to generate oxygen at a "controlled" rate when in contact of hydrous media.
Decomposition occurs in a similar way when the product is suspended in water. It is of the
most temperature stable inorganic peroxides. Except for its stable oxygen releasing capability,
magnesium peroxide has similar functions of other peroxides e.g. bleaching, disinfecting,
deodorizing. Magnesium peroxide is environmentally friendly due to its product properties.

Product Specifications: 

Application:

Magnesium peroxide is a fine powder peroxide with a white to white-off color. It is similar to calcium peroxide because magnesium peroxide also releases oxygen by breaking down at a controlled rate with a hydrous fluid. Besides this it can be used in bleaching, disinfecting, and deodorizing. Magnesium peroxide being environmentally benign and its stable oxygen release are used widely in the cosmetic, agricultural, pharmaceutical, and environmental industries. It is used to reduce contaminant levels in groundwater. Magnesium peroxide is used in the bioremediation of contaminated soil and can improve the soil quality for plant growth and etabolism.Magnesium Peroxide has a very low solubility in water which allows the product to continue to release its active oxygen content for many months. The duration of oxygen release depends upon many factors including soil type, its pH and buffering capacity, kind of contaminants and their concentration, the presence of other organics or metals in the soil, etc It also used in the aquaculture industry for bioremediation.

In the field of Oil/gas drill fluid Industry, magnesium peroxide is also used as polymer breaker, when breaking the viscosity created by polymer like xanthan gum etc, this kind of new type of polymer breaker should be considered, and it have a signficant effect on viscosity with short time for de-polymerization.