IOTA corporation ltd
In the field of high-end manufacturing, the performance of materials often determines the success or failure of products. Phenyl vinyl silicone oil (IOTA252) has become the "behind-the-scenes hero......
2025-03-03Phenyl vinyl silicone oil (IOTA252) has been widely used in many high-end fields due to its excellent performance: 1️⃣ Silicone rubber: As the vinyl component of addition-type phenyl silicone r......
2025-03-03Phenyl vinyl silicone oil (IOTA252) has become a "star material" in the high-end manufacturing industry with its excellent performance and wide application fields. The following are its core advantage......
2025-03-03Phenyl vinyl silicone oil (IOTA252) is a high-performance silicone material with the chemical name of vinyl-terminated methylphenyl polysiloxane. Its molecular structure contains both phenyl and v......
2025-03-03VTMOS is an important cross-linking agent for cross-linked polyethylene, which is widely used in wire and cable insulation and sheath materials. Compared with traditional peroxide cross-linking an......
2025-03-02Chemical structure and properties The chemical formula of vinyl trimethoxysilane is CH₂=CH-Si(OCH₃)₃, and its characteristics include: Vinyl: has unsaturated double bonds, can partic......
2025-03-021. Composite materials Glass fiber reinforced plastics (GFRP): Vinyl trimethoxysilane as a coupling agent can significantly improve the interfacial bonding between glass fiber and resin, and enhance ......
2025-03-02Vinyl trimethoxysilane works through the following mechanisms: Hydrolysis reaction: Methoxy groups hydrolyze under the action of water to form silanols. CH₂=CH-Si(OCH₃)₃+3H₂O→CH₂=CH-Si(OH)₃+......
2025-03-02Silane coupling agent is known as the "universal glue" in the chemical world because it can build a "bridge" between two completely different materials. Whether it is glass fiber and resin, or pai......
2025-03-02Improve coating adhesion The adhesion of a coating is one of the key indicators of its performance. N-(β-aminoethyl)-γ-aminopropylmethyl-dimethoxysilane significantly improves the adhesion of the......
2025-03-02Improved mechanical properties Due to the enhanced interfacial bonding, the mechanical properties of GFRP are significantly improved: Tensile strength: The stress transfer between the......
2025-03-02Improved dispersibility: The surface of nanoparticles modified with VTES carries organic groups, which can effectively prevent particle agglomeration and improve their dispersibility in organic matri......
2025-03-01VTES significantly improves the performance of rubber elastomers in the following ways: Improving filler dispersion: VTES, as a coupling agent, can effectively improve the dispersion of inorga......
2025-03-01Effect of improving durability VTES significantly improves the durability of coatings in the following ways: Weather resistance: VTES-modified coatings have excellent UV resistance, o......
2025-03-01Mechanism of surface modification The surface modification of vinyl triethoxysilane is mainly achieved through the following steps: Hydrolysis reaction: The ethoxy group of VTES hydrolyze......
2025-03-01
