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Liquid Silicone

Silicon Compounds

Liquid Silicone

Silicon Compounds

Si-C bond-containing compounds with a variety of molecular structures and forms are referred to as silicon compounds, sometimes known as organosilicon compounds. These compounds mostly consist of organosilanes and polysiloxanes. These substances are widely used in numerous industries, including new energy, electronics, advanced materials, life and healthcare, textile and leather, construction, and agriculture. Because they have both inorganic and organic structures, they have unique chemical and physical properties.

Si-C bond-containing compounds with a variety of molecular structures and forms are referred to as silicon compounds, sometimes known as organosilicon compounds. These compounds mostly consist of organosilanes and polysiloxanes. These substances are widely used in numerous industries, including new energy, electronics, advanced materials, life and healthcare, textile and leather, construction, and agriculture. Because they have both inorganic and organic structures, they have unique chemical and physical properties.

Types of Silicon Compounds For Sale

Types of Silicon Compounds For Sale

Numerous varieties of silicon compounds can be categorized using various classification standards. Organosilicon compounds in China are commonly classified into four groups based on their basic form: silane (which includes silane coupling agent and silylating reagent primarily), silicone oil (polysiloxane fluid), silicone rubber (polysiloxane rubber), and silicone resin (polysiloxane resin). There are several uses for organosilicon compounds due to their diverse chemical and physical characteristics. Changfu Chemical is primarily engaged in the development and production of special silanes, siloxanes, and special silicone polymers within the specialized silicon compounds industry. About 200 different types of silicone products have been offered by Changfu Chemical to both domestic and international clients thus far.

Numerous varieties of silicon compounds can be categorized using various classification standards. Organosilicon compounds in China are commonly classified into four groups based on their basic form: silane (which includes silane coupling agent and silylating reagent primarily), silicone oil (polysiloxane fluid), silicone rubber (polysiloxane rubber), and silicone resin (polysiloxane resin). There are several uses for organosilicon compounds due to their diverse chemical and physical characteristics. Changfu Chemical is primarily engaged in the development and production of special silanes, siloxanes, and special silicone polymers within the specialized silicon compounds industry. About 200 different types of silicone products have been offered by Changfu Chemical to both domestic and international clients thus far.

Choosing Silicon Compounds For Different Applications

Choosing Silicon Compounds For Different Applications

Organosilicon compounds' distinct chemical and physical characteristics make them useful in a variety of fields. The following are the primary varieties of silicon compounds and their uses:


  • Organosilanes: Widely utilized in coatings, adhesives, and sealants, conventional silane coupling agents and specialty silanes are frequently used to increase the adherence of material surfaces.


  • Siloxanes: Both siloxanes and polysiloxanes provide superior electrical insulation, thermal stability, chemical stability, water resistance, and high temperature resistance. They can be utilized in adhesives, coatings, cosmetics, aerospace, and medicinal applications.


  • Silicone rubbers: A class of elastomers with superior resistance to oxidation, corrosion, and high temperatures, silicone rubbers are widely utilized in the production of medical equipment, insulating materials, seals, and cables. 


  • Silicone resins: Polymer compounds with exceptional electrical insulation, weather durability, and chemical resistance are known as silicone resins. Electronics, plastics, adhesives, and coatings can all benefit from the use of these resins.

Organosilicon compounds' distinct chemical and physical characteristics make them useful in a variety of fields. The following are the primary varieties of silicon compounds and their uses:


  • Organosilanes: Widely utilized in coatings, adhesives, and sealants, conventional silane coupling agents and specialty silanes are frequently used to increase the adherence of material surfaces.


  • Siloxanes: Both siloxanes and polysiloxanes provide superior electrical insulation, thermal stability, chemical stability, water resistance, and high temperature resistance. They can be utilized in adhesives, coatings, cosmetics, aerospace, and medicinal applications.


  • Silicone rubbers: A class of elastomers with superior resistance to oxidation, corrosion, and high temperatures, silicone rubbers are widely utilized in the production of medical equipment, insulating materials, seals, and cables. 


  • Silicone resins: Polymer compounds with exceptional electrical insulation, weather durability, and chemical resistance are known as silicone resins. Electronics, plastics, adhesives, and coatings can all benefit from the use of these resins.
Silicone Energy

How is Silicon Compound Produced?

01
In order to prepare different kinds of organosilicon compounds, the Grignard reaction typically involves the reaction of Grignard reagent (organomagnesium compounds) with molecules like halogenated hydrocarbons or esters.
02
The hydrosilylation reaction introduces silicon into organic molecules by combining silicon hydrogenation reagents (such as trichlorosilane) with unsaturated bonds (such as carbon-carbon double bonds and carbon-carbon triple bonds), resulting in a wide range of organosilicon compounds.
03
The esterification reaction is a process that uses organosilicate and alcohol to transesterify alcohol and create organosilicon ester. Alcohols that are frequently used include phenols, fatty alcohols, and aromatic alcohols. Ionic liquids or acidic catalysts are frequently employed in esterification reactions to speed up transesterification.
04
Low-molecular-weight organosilicon monomers can be changed into high-molecular-weight organosilicon polymers using the polycondensation reaction technique. Dehydration and dehalogenation are two frequently utilized polycondensation processes. Catalysts are frequently used in polycondensation reactions to regulate the molecular weight and structure of polymers.

Is Silicon Compound Eco-Friendly?

Is Silicon Compound Eco-Friendly?

Organic Chemistry

Silicon compounds are environmentally friendly silicon-based materials. Silicone goods have great degradability, allowing silicon compounds to replace many existing materials in industries such as industrial rubber and foam products, hence addressing environmental issues such as white pollution. Furthermore, organosilicon chemicals, such as silane aqueous solution, have good weather resistance and degradability, achieving the same treatment effect as hexavalent chromium while not polluting the environment. As a result, some silanes and derivatives can substitute hexavalent chromium, allowing for a more environmentally friendly aluminum surface treatment method.

Organic Chemistry

Silicon compounds are environmentally friendly silicon-based materials. Silicone goods have great degradability, allowing silicon compounds to replace many existing materials in industries such as industrial rubber and foam products, hence addressing environmental issues such as white pollution. Furthermore, organosilicon chemicals, such as silane aqueous solution, have good weather resistance and degradability, achieving the same treatment effect as hexavalent chromium while not polluting the environment. As a result, some silanes and derivatives can substitute hexavalent chromium, allowing for a more environmentally friendly aluminum surface treatment method.

News & Blog in Changfu Chemical

News & Blog in Changfu Chemical

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