Reactive organosilicon prepolymers are a type of organosilicon material with specific chemical properties, which have high reactivity and diverse application fields. The following is a detailed introduction to reactive organosilicon prepolymers:
definitionReactive organosilicon prepolymer is a type of organosilicon compound with active functional groups, which contains silicon oxygen (Si-O) bonds and organic groups in its molecular structure.
Structural characteristicsThrough the connection between organic groups and silicon atoms, reactive organosilicon prepolymers can undergo chemical reactions with other compounds to form more complex organosilicon materials.
ReactivityReactive organosilicon prepolymers have high reactivity and can react with various compounds, such as esterification, crosslinking, etc.
SolubilityUsually in the form of a transparent liquid, soluble in various organic solvents.
stabilityHas good thermal and chemical stability under certain conditions.
Prepolymer preparation methodIt is prepared by synthesizing an active short chain monomer first, and then polymerizing these active chain segments. This method can prepare high molecular weight organic silicon materials.
Sol gel method: Dissolve the silicone precursor solid in the solvent to form a gel system, sublimate at high temperature to remove impurities, and finally form a membrane to prepare silicone materials. The organic silicon material prepared by this method has excellent mechanical properties and chemical stability.
Coatings and plasticsReactive organosilicon prepolymers can be used as additives in coatings to improve their weather resistance, wear resistance, and stain resistance; In the plastic industry, it can be used to improve the heat resistance, oxidation resistance, and impact resistance of plastics.
rubber industryReactive organosilicon prepolymers can be used as crosslinking agents for rubber to improve its strength and wear resistance.
Personal care productsLike Silwax ® J1016, Can be used for the synthesis of personal care products, providing excellent lubrication and gloss performance, and increasing softness.
Other fieldsReactive organosilicon prepolymers are also widely used in industries such as textiles, paper, metal casting, and coatings and inks.
Silmer NH Di-50This is an amino functionalized organic silicon prepolymer with active amino terminated functional groups, which can react with most polymers and is used in coatings, plastics, resins, and other fields.
Silwax® J1016This is an alkyl organosilicon with one hundred% active content, which is in a transparent liquid state and can be used for the synthesis of personal care products. It can also be used as a lubricant and softener in most industrial products.
When using reactive organosilicon prepolymers, appropriate safety measures should be followed to avoid skin contact and inhalation of their vapors.
In the production and application process, it is necessary to pay attention to reducing the generation of hazardous waste and ensuring the environmental friendliness of the production process.
Reactive organosilicon prepolymers are a type of organosilicon material with unique chemical properties and broad application prospects. Their high reactivity and diverse application fields make them important in industries such as chemical industry, coatings, plastics, rubber, etc. With the continuous development of technology, the application fields of reactive organosilicon prepolymers will be further expanded.
productBrand number | productname |
Silmer OH A0-UP | Minimum molecular weight active organic silicon |
Silmer OH C50 | High molecular weight tri functional group organosilicon prepolymer |
Silmer OH J10 | High molecular weight multifunctional organic silicon prepolymer |
Silmer OH Di-10 | Straight chain bifunctional hydroxyl terminated organosilicon prepolymer |
Silmer OH Di-50 | Straight chain bifunctional hydroxyl terminated organosilicon prepolymer |
Fluorosil OH C7-F | Fluorinated hydroxyl functional organic silicon |
Silmer ACR D208 | Water soluble multifunctional acrylic organosilicon prepolymer |
Silmer ACR D2 | Multi functional acrylic organosilicon prepolymer |
Silmer ACR Di-10 | Organic silicon prepolymer with straight chain bifunctional acrylic end capping |
Silmer ACR Di-50 | Organic silicon prepolymer with straight chain bifunctional acrylic end capping |
Silmer ACR Di-1508 | Linear bifunctional water-soluble acrylic organosilicon prepolymer |
Silmer ACR Di-2510 | Straight chain water dispersed crosslinked organosilicon acrylic prepolymer |
Silmer ACR Di-4515-0 | Linear dual functional group water dispersed crosslinked organosilicon acrylic prepolymer |
Fluorosil ACR C7-F | Fluorinated acrylic functionalized organosilicon |
Silmer NCO C50 | High molecular weight tri functional group organosilicon prepolymer |
Silmer NCO Di-50 | Linear bifunctional isocyanate terminated organosilicon prepolymer |
Silmer NCO Di-one hundred | Linear bifunctional isocyanate terminated organosilicon prepolymer |
Silmer NH C50 | High molecular weight tri functional group organosilicon prepolymer |
Silmer NH Di-8 | Linear bifunctional amino terminated organosilicon prepolymer |
Silmer NH Di-50 | Linear bifunctional amino terminated organosilicon prepolymer |
Silmer EP C50 | High molecular weight tri functional group organosilicon prepolymer |
Silmer EPC C50 | High molecular weight tri functional group organosilicon prepolymer |
Silmer EP J10 | High molecular weight multifunctional organic silicon prepolymer |
Silmer EP Di-50 | Direct chain bifunctional epoxy terminated organic silicon prepolymer |
Silmer EP Di-one hundred | Direct chain bifunctional epoxy terminated organic silicon prepolymer |
Silmer EPC Di-50 | Organic silicone prepolymer with a straight chain bifunctional group and an epoxy terminated end |
Silmer EP D208 | Water dispersible epoxy propyl active epoxy organosilicon prepolymer |
Silmer EPC Ffour hundred and eighteen-F | Water dispersible multifunctional cycloaliphatic active epoxy organosilicon prepolymer |
Silmer VIN C50 | High molecular weight tri functional group organosilicon prepolymer |
Silmer VIN J10 | High molecular weight multifunctional organic silicon prepolymer |
Silmer VIN seventy | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer VIN one hundred | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer VIN two hundred | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer VIN one thousand | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer VIN five thousand | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer VIN ten thousand | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer VIN twenty thousand | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer VIN sixty-five thousand | Linear bifunctional vinyl terminated organosilicon prepolymer |
Silmer H D2 | Multi functional hydrogenated organosilicon prepolymer |
Silmer H E4 | Multi functional hydrogenated organosilicon prepolymer |
Silmer H Di-10 | Linear bifunctional hydrogenated organosilicon prepolymer |
Silmer H Di-E2 | Linear bifunctional and multifunctional hydrogenated organosilicon prepolymers |
Silmer TMS C50 | Trifunctional functionalized functionalized trimethoxysilane functionalized trimethoxysilane |
Silmer TMS Di-10 | Polysiloxane terminated with straight chain trimethoxysilane |
Silmer TMS Di-50 | Polysiloxane terminated with straight chain trimethoxysilane |
Silmer Q30 | MQ Silicone Resin |
Silmer Q20 | MQ Silicone Resin |
Silmer Q12IDD | MQ Silicone Resin |
Silmer Q12XYL | MQ Silicone Resin |
Silmer Q9IDD | MQ Silicone Resin |
Silmer Q9XYL | MQ Silicone Resin |
Silmer Q7 | MQ Silicone Resin |
Silmer VQ20 | Ethylene based MQ resin |
Silmer VQ2012 | Ethylene based MQ resin |
Silmer VQ9IDD | Ethylene based MQ resin |
Silmer VQ9XYL | Ethylene based MQ resin |
Silmer VQ122IDD | Ethylene based MQ resin |
Silmer VQ122XYL | Ethylene based MQ resin |
Silmer HQ20 | Hydrogen containing MQ resin |
Silmer HQ203 | Hydrogen containing MQ resin |
Silmer HQ2511 | Hydrogen containing MQ resin |
Silsurf Q25315-O | Organic silicone polyether MQ resin |
Silsurf Q20308 | Organic silicone polyether MQ resin |
Fluorosil J15 | Fluorinated organic silicon prepolymer |
Fluorosil D2 | Fluorinated organic silicon prepolymer |
FluorosilH four hundred and eighteen | Fluorinated organic silicon prepolymer |
Fluorosil L118 | Fluorinated organic silicon prepolymer |
Fluorosil two thousand one hundred and ten | Fluorinated organic silicon prepolymer |
Fluorosil 2010 | Fluorinated organic silicon prepolymer |
Silmer ACR Mo one thousand | Monofunctional organic silicon prepolymer |
Silmer OH Mo one thousand | Monofunctional organic silicon prepolymer |
Silmer TMS Mo one thousand | Monofunctional organic silicon prepolymer |