Co-Formula Silanes

1,3-Divinyl-1,1,3,3-Tetramethoxydisilazane Typtical Properties: Chemical Name 1,3-Divinyl-1,1,3,3-Tetramethoxydisilazane Cas No 7691 / 2 / 3 Formula C8H19NSi2 Color Colorless Appearance Clear liquid Purity min 96% 1,3-Divinyl-1,1,3,3-Tetramethoxydisilazane Description CFS-023, 1,3-Divinyl-1,1,3,3-Tetramethoxydisilazane is an important vinyl silazane with high activity. It performs better than CFS-973, Hexamethyldisilazane in the process of filler modification. It is abbreviated as Tetramethyldivinyldisilazane or DVTMDZ. 1,3-Divinyl-1,1,3,3-Tetramethoxydisilazane Application CFS-023 is mainly used for the modification and dispersion of fumed silica. The silica treated with CFS-023 can significantly improve the tear strength and hardness of silicone products. CFS-023 can be used for the preparation of vinyl silicone resins and silicone rubbers. CFS-023 can be used as an important pharmaceutical intermediate and pesticide intermediate. CFS-

1,2-Bis(trimethoxysilyl)ethane  Description For more details about this product, please contact Co-Formula. Keywords about Co-Formula: Cas No. 18406-41-2 ISO9000 & ISO14000 Certified Manufacturer of Organic Silicone Materials; Professional manufacturer and supplier of silane coupling agents; Specialized in silicone oils and silane modified polymers; Leading producer of specialty functional silanes & siloxanes; Keywords about Co-Formula Products: Isocyanate Silanes | Amino Silanes | Mercapto Silanes | Epoxy Silanes | Vinyl Silanes | Phenyl Silanes | Chloro Silanes | Alkyl & Alkoxy Silanes | Long-chain Silanes | Crosslinkers & Silazanes | Fluoro Silanes | Methacryloxy Silanes | Silane Intermediates| Methyl Silicone Fluid | Cyclic & Dual-end Siloxanes | Silane Modified Polymers |   Functional Silanes Oligomers | Coating Additives | Plastic Additives Key Functions of Co-Formula Products: Silane Coupling Agent | Adhesion Promoter | Su

1,2-Bis(triethoxysilyl)ethane  Description For more details about this product, please contact Co-Formula. Keywords about Co-Formula: Cas 16068-37-4   /  CAS NO 16068-37-4 ISO9000 & ISO14000 Certified Manufacturer of Organic Silicone Materials; Professional manufacturer and supplier of silane coupling agents; Specialized in silicone oils and silane modified polymers; Leading producer of specialty functional silanes & siloxanes; Keywords about Co-Formula Products: Isocyanate Silanes | Amino Silanes | Mercapto Silanes | Epoxy Silanes | Vinyl Silanes | Phenyl Silanes | Chloro Silanes | Alkyl & Alkoxy Silanes | Long-chain Silanes | Crosslinkers & Silazanes | Fluoro Silanes | Methacryloxy Silanes | Silane Intermediates| Methyl Silicone Fluid | Cyclic & Dual-end Siloxanes | Silane Modified Polymers |   Functional Silanes Oligomers | Coating Additives | Plastic Additives Key Functions of Co-Formula Products: Silane Coupling Agent | Adhe

Functional Silanes Functional Silanes Co-Formula Functional silanes are organic silicone products containing a hydrolyzable group and a nonhydrolyzable organic radical group. The general formula of a functional silane can be showed as YSiX3. Y is the nonhydrolyzable group, like isocyanate group, epoxy group, amino group, vinyl group and others. These functional groups can form durable chemical bonds with organosilane chemistry  such as resins and improve compatibility and wettability. X group is a hydrolysable group, like methoxy group, ethoxy group and other alkoxy groups. Such groups can form reactive silanol groups after hydrolysis. The reactive silanol groups can condense with other silanol groups on the surface of inorganic substrates including minerals, fillers, glass and metals. Special structures enable functional silanes to build a molecular bridge between organic and inorganic materials. Two materials with different properties can be bonded together by functional silanes

A silane crosslinking agents  refers to a silane containing two or more silicon functional groups. It can act as an in-line molecular bridge, so that multiple linear molecules or lightly branched macromolecules and polymers can be bonded to each other to form a three-dimensional network structure, which promotes or mediates formation of a bond or ionic bond between polymer molecular chains. Crosslinking agent is the core part of one-component room temperature vulcanized silicone rubber, which is the basis for determining the cross-linking mechanism and classification of products. According to the different condensation reaction products, the one-component room temperature vulcanization silicone rubber can be divided into different types such as deacidification type, deketoxime type, dealcoholization type, deamination type, deamidation type, and acetone removal type. It is a general-purpose product for mass production. Taking the methyltriacetoxy   silane crosslinking agent

Methyl hydrogen silicone fluid  is one of the earliest commercialized, most widely and commonly used organosilicon polymers. The production methods of methyl hydrogen silicone fluid mainly include acid balance method and base balance method. Acid balance method is suitable for the production of low viscosity hydrogen silicone fluid with viscosity below 500mm2/s. Concentrated sulfuric acid is generally used as the catalyst. React in 50 ~ 60 ℃, wash to remove acid, take off the low boiling, transit to finished product; the law of base balance is suitable for the production of medium and high viscosity hydrogen silicone fluid with a viscosity of over 100mm2/s. In the production of methyl hydrogen silicone fluid, the components in the DMC (dimethyl mixed ring body) of the raw material will reach the optimal activation state at different temperatures, respectively open the ring polymerization, and improve the conversion rate, thus greatly improving the production efficiency. After the

Industry Application: 1. The silane coupling  agent KH-560  can be used in the surface treatment agent on the glass fiber roving. Applications include glass fiber reinforced epoxy composites that improve the physical properties of composites, especially wet strength. 2. KH-560  has the effect of enhancing the physical properties of mineral-filled polymers such as silica-filled epoxy. It is used to improve the dispersibility, compatibility, adhesion and adhesion in the resin phase by surface treatment of inorganic mineral pigments (such as silicon micropowder), flame retardants (such as magnesium hydroxide, etc.) and glass fibers. 3. It is an epoxy-containing coupling agent for caulking and sealant of polysulfide and polyurethane, adhesive for epoxy resin, filled or reinforced thermosetting resin, glass fiber adhesive and It is an inorganic filler or glass reinforced thermoplastic resin. It can improve the adhesion, corrosion resistance, weather resistance, water boiling resi