USi-401
Product Description
Chemical Name: Vinyltrimethoxysilane
Alias : (Trimethoxysilylethylene
: Trimethoxy(vinyl)silane;
: VTMO
CAS NO. : 2768-02-7
Against other brands:
Silquest A-171*
Dow Corning:Z-6300/OFS-6300
ShinEtsu:KBM-1003
Wacker:GENIOSIL® XL 10
Specifications
Appearance Colorless transparent liquid
Color(Pt-Co) less than 25
Specific Gravity(density 20 degrees, g/cm3) 0.965-0.975
Refractive Index 1.3925 –1.3935
Purity more than 98.0%
Applications
- It can be applied to cross-linked polyethylene wire, cable insulation and sheath materials. It is an important cross linking agent for cross-linked polyethylene. Its cross-linking technology only need simple equipment and few investment. Moreover, it can be easily controlled when compared with common peroxide cross-linking and radiation cross-linking. Due to excellent electrical properties, heat resistance and stress cracking resistance of the silane cross linked polyethylene, it can be widely applied to wire, cable insulation and sheath materials.
- It can be used in modified high polymer for special purpose. It can copolymerize with many monomers such as ethylene, propylene and butylene or graft polymerize with related resin, and then be made into modified high polymer for special purpose.
- It can be applied to cross-linked polyethylene heat-proof tube, pipe and film. It is an important cross linking agent for cross-linked polyethylene, which possesses the characteristics of excellent aromatic hydrocarbon resistance, oil resistance, stress cracking resistance, high mechanical strength and thermal performance. It can be used for 50 years at the temperature of 80 degrees. It can be widely used in external anti-corrosive and thermal insulated coatings of oil long-distance pipeline, natural gas and coal gas pipe line and related pipe of corrosion protection materials. It can also be used in cross-linking agent of ethylene vinyl acetate, chlorinated polyethylene, and ethylene ethyl-acrylate copolymer.
4.This product can be applied to dipping process fiberglass and inorganic fillers which contain silicone. It improves the soakage and cement-ability between resin and fiberglass in order to effectively improve the mechanical strength and electrical properties of glass fiber reinforced plastics and laminated plastic products, especially wet mechanical strength and electrical properties. Significantly, it improves the weather resistance, water resistance and heat resistance of glass fiber reinforced plastics and extends service life of its products.
