Ⅰ. High thermal stability and chemical stability: 
Hydrogen-containing silicone oil emulsion can maintain its stability in high-temperature and harsh chemical environments. It does not undergo chemical reactions with most substances and does not cause corrosion to the molds or materials it comes into contact with. 
II. The Vigorous SI-H Bond: 
This is an important chemical property of hydrogen-containing silicone oil emulsion. The Si-H bond can participate in various chemical reactions, such as hydrosilylation reaction. This reaction provides an important application basis for hydrogen-containing silicone oil emulsion in the synthesis of various modified silicone oils and addition-cured silicone rubbers. 
III. Cross-linking: 
Under the catalysis of metal salts, the hydrogen-containing silicone oil emulsion can be cross-linked to form a film. This cross-linking property enables it to form a firm film on the surface of materials such as fabrics and leather, enhancing their water resistance and softness. 
IV. Reactivity: 
The hydrogen atoms in hydrogen-containing silicone oil emulsion can react with some active functional groups (such as hydroxyl, carboxyl, etc.) to form new chemical bonds. This reactivity makes it widely used in the synthesis of various silicone oils, silicone rubbers and organosilicon compounds. 
V. Non-corrosive: 
Although hydrogen-containing silicone oil emulsion contains active hydrogen atoms, it is not corrosive in itself. Under normal usage and storage conditions, it will not cause corrosion or damage to the materials or equipment it comes into contact with. 
VI. Emulsification Stability: 
Hydrogen-containing silicone oil emulsion can form a stable emulsion in water and is not prone to layering or demulsification. This emulsification stability ensures its stability and durability in various applications.