Hydrogen Peroxide Stain Removal
On the Method of Removing Stains by Hydrogen Peroxide
There are many stains on clothing in the world, and the methods of removal are different. Among them, hydrogen peroxide is very effective in removing stains.
Hydrogen peroxide is active and has strong oxidation. With this characteristic, it can chemically react with many stain components to achieve the purpose of removing stains.
View Common stains, such as blood stains, are rich in protein. Blood stains encounter hydrogen peroxide, their oxidation prompts protein structure changes, causing them to decompose, and then detach from the fabric. Another example is tea stains and juice stains, which contain more pigment components. Hydrogen peroxide can oxidize pigment molecules, making their color fade or even disappear, and the stain is removed.
It is also important to use it. First, the concentration should be appropriate. If the concentration is too high, although the stain removal power is strong, it is easy to damage the fabric fibers and cause the fabric to become brittle and fade. Fabrics with delicate textures such as silk and wool should be especially cautious. Generally speaking, for fabric stain removal, the concentration of hydrogen peroxide solution should be 3% - 5%. Second, the action time should be controlled. If it is too short, the stain will be difficult to remove, and if it is too long, it may damage the fabric. It is usually best to soak for 15-30 minutes, during which the fabric can be properly turned to ensure uniform contact. Third, temperature also has an effect. Moderate warm environment can accelerate the reaction of hydrogen peroxide with stains and improve the stain removal efficiency. However, if the temperature is too high, hydrogen peroxide will decompose too quickly, which will reduce the stain removal effect, preferably 30-40 degrees Celsius.
Therefore, to remove stains with hydrogen peroxide, it is necessary to carefully observe the type of stains, fabric texture, and accurately grasp the concentration, time, and temperature factors in order to not only remove stains, but also keep the fabric intact, achieving the beauty of both.
There are many stains on clothing in the world, and the methods of removal are different. Among them, hydrogen peroxide is very effective in removing stains.
Hydrogen peroxide is active and has strong oxidation. With this characteristic, it can chemically react with many stain components to achieve the purpose of removing stains.
View Common stains, such as blood stains, are rich in protein. Blood stains encounter hydrogen peroxide, their oxidation prompts protein structure changes, causing them to decompose, and then detach from the fabric. Another example is tea stains and juice stains, which contain more pigment components. Hydrogen peroxide can oxidize pigment molecules, making their color fade or even disappear, and the stain is removed.
It is also important to use it. First, the concentration should be appropriate. If the concentration is too high, although the stain removal power is strong, it is easy to damage the fabric fibers and cause the fabric to become brittle and fade. Fabrics with delicate textures such as silk and wool should be especially cautious. Generally speaking, for fabric stain removal, the concentration of hydrogen peroxide solution should be 3% - 5%. Second, the action time should be controlled. If it is too short, the stain will be difficult to remove, and if it is too long, it may damage the fabric. It is usually best to soak for 15-30 minutes, during which the fabric can be properly turned to ensure uniform contact. Third, temperature also has an effect. Moderate warm environment can accelerate the reaction of hydrogen peroxide with stains and improve the stain removal efficiency. However, if the temperature is too high, hydrogen peroxide will decompose too quickly, which will reduce the stain removal effect, preferably 30-40 degrees Celsius.
Therefore, to remove stains with hydrogen peroxide, it is necessary to carefully observe the type of stains, fabric texture, and accurately grasp the concentration, time, and temperature factors in order to not only remove stains, but also keep the fabric intact, achieving the beauty of both.

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