In today's era of rapid technological development, the progress of materials science is driving innovation in various industries. Mono - hydroxyethyl silicone oil IOTA 20573, as a material with unique properties, is bringing new development opportunities to different fields through its diverse applications.

Chemical Properties: Stable and High - quality

The chemical name of mono - hydroxyethyl silicone oil IOTA 20573 is mono - hydroxy linear polysiloxane and volatile oil for cosmetics. From the appearance point of view, it is a colorless, transparent liquid with a light fragrance, giving people a feeling of purity and high quality. At 25℃, its viscosity is 3.5 - 4Cps. Such a viscosity makes it have good fluidity during use and can be easily applied to various scenarios. With a purity of up to 99.9%, a flash point greater than 60℃, and a boiling point of about 150℃, these physical properties indicate that it can remain relatively stable under different temperature and environmental conditions.

Performance and Uses: Outstanding Performance in Multiple Fields

A Reliable Choice for Electronic Cleaning

In the electronics industry, electronic cleaning agents are crucial for ensuring the performance of electronic products. Mono - hydroxyethyl silicone oil IOTA 20573, as a polar low - boiling point siloxane, can effectively clean impurities such as dirt, grease and solder on electronic components, circuit boards and other precision parts. It adopts an environmentally friendly formula without halogen and ozone - depleting substances, achieving efficient cleaning while meeting environmental requirements. With the widespread use of electronic products and the increasing demand for cleaning, the market prospect of IOTA 20573 in the field of electronic cleaning is very broad.

A Key Raw Material for Chemical Synthesis

In the chemical industry, mono - hydroxyethyl silicone oil IOTA 20573 plays an important role. It can be used to synthesize special polysiloxanes, providing a basis for producing polysiloxane products with excellent performance. In addition, it can also modify silicon - based, calcium - based and aluminum - based powders, such as white carbon black, calcium carbonate and alumina powder. Through modification, the performance of these powders has been improved, and they can play an important role in more fields, such as the material modification in the coating and plastic industries.