The Stablility of Hydrogen Peroxide
The hydrogen peroxide can be decomposed and catalyzed, the decomposion is a exothermal reaction, and send out gas simultaneously.
2H₂O₂ (Liquid) 2H₂O (Liquid) + O₂ (Gas)
2H₂O₂ (Gas) 2H₂O (Gas) + O₂ (Gas)
Several factors that leverage the effect of the decomposing process of hydrogen peroxide is as follows: temperature, pH value, and catalyze purities, etc.

1 . Temperature :
H₂O₂ is relative stable at relatively low temperature and high purities. When heated to 153¡æ or above, the pure H₂O₂ would incur explosive decomposition. The decomposing process would proceed smoothly at relatively low temperature:2H₂O₂2H₂O + O₂ +46.94kcal.
2 . PH :
The acidity and alkali of the medium,would exert considerable inflence to the stablity of the H₂O₂ . The H₂O₂ in acidity condition is relatively stable, and sluggish in oxidization; while in alkali medium, it is very unstable, but swift in decomposition, The reaction speed of the H₂O₂ as the oxidizer is quicker than it in alkali solution, therefore,to heat the alkali solution would utterly destroy the excessive H₂O₂ .
3 . impurity :
impurity is an imperitive element effecting the decomposing of H₂O₂ , many metal ion, such as Fe²⁺,Mn²⁺,Cu²⁺,Cr³⁺ would speed up the decomposing of H₂O₂ . As for industrial H₂O₂ , due to the present of many impurity of metal ion, substantial amount of stablizer should be added to check the catalyzing of the impurity, according to the principle of reduction and complexing.
4 . light :
The light whose wavelength is 3200 - 3800A may also speedup the decomposing speed of H₂O₂ .
In order to restrain the decomposing of the H₂O₂ , action should be taken to deal with the four factors of heat, light, PH, and metal ion.

The storage and transportation of hydrogen peroxide
  Storage
H₂O₂ should be stored in cool and adequately ventilated warehouse, to avoid the direct sunburn ;
It is strictly forbidden to be stored together with alkali, metal, metal compound, and inflammables with no isolation of some sort.
The receptacle should be lidded and kept exhaust to retain the purities of the H₂O₂ in the receptacle against pollution;
In case of broken receptacle and leakage, please rinse with large volume of water..
If all storage and transportation condition is met, the concentration of the product would by no mean downgrade to the 3% of the original within one year.
  Transportation
The product is transported according to the regulation for the oxidizer, and avoid violent vibration;
Please don't touch the product with bare hand, unless you wear plastic cement in course of operation;.
In case you touch unscrupulously or there is leakage in the packing, please rinse by water.
  Packing
The product is packed with polyethylene barrel and 25kg/barrel, and there is a little aperture on the lid.

The saftey document of hydrogen peroxide
  toxicity
Generally, H₂O₂ is intoxic, but it sstimulates the skin, eye, and mucous membrane, and cause bleaching and ignition when the concentration is on the low side, while form bubble on the skin or severely damage the eye when it is on the high side, The steam gas would stimulate the lung or even lead to severe damage to the organ when it enters into the respiration system. Please rinse with pure water in case it contaminates the human body or enters into the eyes.
  Combustibility
H₂O₂ of any concentration is incombustible, but it is a strongh oxidizer. In particular, it would cause other inflammables to burn when the concentration is on the high side, and it ignite the burning through combination of decomposing and oxidization, The higher the concentration, the easier for the ignition to start. When the spill H₂0₂ is in contact with the inflammables , it is necessary to rinse them by using large amount of water, to get rid of H₂O₂ .
  Explosive properties
H₂O₂ may decompose to sent out oxygen and heat in the present of catalyzing impurity. The higher the temperature and concentration, the quicker would be the decomposing. Therefore, once the decomposing is triggered, it would speed up automatically with the exothermic and temperature increase, which would result in the increase of the material's temperature, and yield more gas (oxygen and steamed gas)which would inflate with the temperature increase. The H₂O₂ solution would not explode at room temperature and pressure, but the oxygen decomposed from H₂O₂ would merge with steamed gas or gs to form explosive mixer in given condition, the mixer would post thread of explosion once ignited by (for example, sparkle, and static electricity, etc..)

The relation between quality of hydrogen peroxide and its application
Because the ordinary industrial grade hydrogen peroxide contains large amount of anthraquinone organic impurites, and cation and anion, mechanic impurites, etc. These harmful and toxic impurity would seriously impact the application of hydrogen peroxide in some industry arena, such as food, electronic, electroplate, chemical synthesis, etc..
Refined and weeded off some of its impurity, it is a high quality, pure hydrogen peroxide, and therefore applicable in all demanding situation..

The testing method of H₂O₂ content
Weight 0.2g (0.18ml) as sample,and weight to the precision of 0.0002g. Add 25ml water and 10ml 4mol/L sulfuric acid, titrate with 0.1mol/L potassium permanganate solution till it turns purple, and see to it that the color doesn't fade within 30sec.
The percentage content (X) of H₂O₂ is counted as follows:

Where : V - the consumption of potassium permanganate solution , ml ;
         C - -the concentration of potassium permanganate standard solution , mol / L ;
         m - the quality of sample , g ;
0.01701 - 1/2H₂O₂ ,g/mmol .