安徽艾约塔硅油有限公司
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In the vast realm of organosilicon materials, Methyl Phenyl Hydroxyl Silicone Oil (with all - methyl phenyl chain - sections) IOTA R32 stands out as a remarkable substance, attracting the attention of professionals across various industries with its unique properties and broad application prospects.
IOTA R32 has a special composition, with a phenyl content of 50mol%. This specific composition ratio endows it with distinct properties. At 20℃, it appears as a colorless liquid, clear and transparent, giving a sense of purity. Its viscosity is less than 100 mPa.s. This low - viscosity characteristic makes it excellent in terms of fluidity and permeability, allowing it to easily penetrate into various tiny gaps and structures, facilitating subsequent processing and applications. Meanwhile, its density is 1.0g/cm³, which is within a reasonable range among similar materials, ensuring its stability during storage and transportation.
In terms of safety performance, the flash point of IOTA R32 is greater than 150℃ (closed - cup). This means that the risk of combustion during normal use and storage is relatively low, providing reliable safety protection for the production and use processes. Regarding optical performance, its refractive index at 20℃ is greater than 1.530. The high refractive index gives it potential application value in the optical field. For example, it can be used to manufacture coatings and films with high optical performance requirements, effectively improving the propagation and reflection of light.
IOTA R32 shows outstanding performance in terms of purity. The halogen content is less than 5ppm, and it does not contain harmful substances such as PCBs (polychlorinated biphenyls) and PAHs (polycyclic aromatic hydrocarbons). This high - purity characteristic makes it have broad application space in industries with strict material purity requirements, such as electronics and medicine. In the electronics industry, it can serve as an encapsulation material for electronic components, protecting them from the external environment. In the medical field, it can be used to manufacture coatings for medical devices, improving their biocompatibility and usability.
