安徽艾约塔硅油有限公司
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In the vast and fascinating world of chemistry, there exists a substance that shines like a star - Phenylsilanol IOTA 528, with Triphenylsilanol IOTA 528 being a prominent representative. Its CAS number is 791 - 31 - 1, and its molecular formula is (C6H5)3SiOH. This unique structure endows it with distinctive properties.
Visually, it appears as white granular crystals, presenting a pure and neat appearance. With a molecular weight of 276.41, it strikes a balance between stability and reactivity in chemical reactions. Its flash point exceeds 200°C, which provides a relatively high level of safety during storage and use, reducing the risk of accidents. The melting point is 154°C, and the refractive index nD20 is 1.7770. Although data on relative density and boiling point are currently unavailable, these existing properties already indicate its special physicochemical nature.
To meet the diverse needs of customers, Phenylsilanol IOTA 528 is classified into Grade A and Grade B products. Both grades feature white granular crystals in appearance. Grade A has a purity of no less than 99%, is completely soluble in acetone, and has a melting point of no less than 148°C. Grade B has a purity of no less than 95%, is incompletely soluble in acetone, and has a melting point of no less than 145°C. These strict technical specifications ensure the stability and reliability of product quality.
In terms of packaging and storage, it is packed in plastic drums with a net weight of 25 kilograms each. It is stored and transported as non - hazardous chemicals. As long as it is protected from sunlight and rain, its quality can be well - maintained. Moreover, even if the storage period exceeds 3 years, it can still be used after passing a re - inspection, which offers great convenience to customers.
With its unique properties, Phenylsilanol IOTA 528 has a wide range of applications. In the field of organic synthesis, it serves as an important intermediate, participating in various complex chemical reactions to synthesize organic compounds with specific functions. In the field of material science, it can be used to improve the performance and stability of materials. As technology continues to advance, its application areas are expected to expand further, making significant contributions to the development of the chemical industry.
