Description
3-Methacryloxypropyldimethylchlorosilane, ChangFu® MA11 is a chlorosilane monomer with methacrylate functional group. It is a corrosive hazardous liquid with high reactivities and can react with various substances. In the presence of heat or initiator, it can be copolymerized with monomers containing unsaturated double bonds, such as styrene, acrylic acid, and methacrylates.
Features
Silane compound with methacrylate functional group.
Reacts violently with moisture/water.
Highly reactive, can react with other organic compounds to form various siloxane polymers with specific properties.
Description | 3-Methacryloxypropyldimethylchlorosilane |
Product No. | ChangFu® MA11 |
CAS No. | 24636-31-5 |
Formula | C9H17ClO2Si |
Purity | min 92% |
Color | Colorless or light yellow |
Appearance | Clear liquid |
Application
ChangFu® MA11 can be used as a modifier in the preparation of silicone-based hydrogel contact lenses to improve oxygen permeability and optical transparency.
ChangFu® MA11 can be used in the synthesis of copolymers with unique solubility and thermal performance.
ChangFu® MA11 can be used for grafting and surface modification of silicone containing polymers.
ChangFu® MA11 can be used to produce acrylate resin to reduce the surface energy of resin.
ChangFu® MA11 can be used as a reagent and a laboratory chemical, especially for the synthesis of chemical compounds.
Package
Offered in 25L PE pails and 200L drums.
Custom packaging is available.
Storage
Stored in a cool, well-ventilated place.
Keep container tightly closed.
Transportation
For more details, please see the corresponding Safety Data Sheet.
About ChangFu Specialty Acryloxy Silanes
Acryloxy silanes, also known as acrylate functional silanes, generally have at least two functionality groups, the hydrolyzable group and acrylate organofunctional group. ChangFu Chemical offers several types of methacryloxy silanes, acryloxy silanes and siloxanes which help customers gain various benefits as below.
Excellent compatibility with acrylic monomers.
Enhance the dispersion and wettability of inorganic fillers.
Improve the crosslinking density of RTV acrylic polymers.
Enhance the oxygen permeability of contact lenses.
Improve the performance of LSR and light curing paintings.
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