In the field of chemical materials, sodium percarbonate (SPC), known as "solid hydrogen peroxide", has become a key material in many core fields such as daily chemicals, aquatic product breeding, food processing, and industry, relying on the dual advantages of environmental safety and high efficiency. This adduct of hydrogen peroxide and sodium carbonate is a white loose granule or powder at room temperature, easily soluble in water to release active oxygen. It decomposes into only oxygen, water, and sodium carbonate without harmful residues, and has multiple functions including oxidation, bleaching, disinfection, and decontamination.
    In the daily chemical cleaning field, sodium percarbonate is the core component of products such as color-safe bleach and explosion salt. It can decompose stubborn stains at room temperature, protect colors without damaging fibers, and is suitable for cleaning baby clothes and intimate apparel. In household cleaning, it can remove heavy oil stains, mold, etc., and is also an important raw material for washing machine drum cleaners and dishwasher detergents.
    In aquatic product breeding, sodium percarbonate is an efficient oxygen-increasing agent that can quickly raise the dissolved oxygen content in water to solve the problem of hypoxia in aquatic animals. At the same time, it can adjust the pH value of water, decompose harmful gases, and inhibit harmful microorganisms, meeting the needs of green breeding and improving the survival rate of live fish transportation.
    In the food processing field, a 1% aqueous solution of sodium percarbonate can extend the storage period of fruits and vegetables to 4-5 months. It can also kill a variety of pathogenic bacteria, and is used for the disinfection of food processing equipment and containers to ensure the hygiene of food production.
    In the industrial field, it is an ideal substitute for traditional chlorine-containing bleaches. It realizes low-temperature and efficient bleaching in the textile and papermaking industries, reducing energy consumption and pollution. In sewage treatment, it can degrade organic pollutants, and is also a high-quality emergency oxygen supply agent to meet the needs of medical first aid. In addition, its applications have extended to many segmented scenarios such as personal care, metal processing, and agriculture. With technological upgrading, the application scenarios of sodium percarbonate will continue to expand, providing strong support for the green development of various fields.


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