Technical innovation of organosilicon in daily chemical application

Silicone is a very important chemical substance, which has been widely used in the field of daily chemical industry. With the development of science and technology, there are more and more technical innovations in the application of organosilicon in daily chemical industry. The technological innovation of organosilicon in daily chemical application is to improve the performance and effect of products by synthesizing new organosilicon compounds on the one hand, and to optimize the application effect of organosilicon by technical means on the other hand.

Firstly, the synthesis of new organosilicon compounds is one of the important directions in the innovation of organosilicon technology.

For example, traditional organosilicone compounds such as alkyl silanes and alkoxy-silanes have been widely used in daily chemical applications, but their properties and effects are limited.

In recent years, the synthesis technology of some new organosilicon compounds has been improved, such as hydrophilic organosilicon, bisexual organosilicon and so on.

These new organosilicon compounds have the characteristics of stronger permeability, oxidation resistance, anti-ultraviolet linearity, antibacterial and so on, which can better respond to the demand of daily chemical products, and provide strong support for technological innovation in the daily chemical industry.

Secondly, optimizing the application effect of organosilicon through technical means is also one of the important directions of technological innovation.

The application of these technical means can not only improve the application effect of organosilicon, but also create more kinds of organosilicon compounds, providing more possibilities for the development of daily chemical industry.

Firstly, the microencapsulation technology of organosilicon in daily chemical application can effectively improve its stability and slow release effect. Microencapsulation is a technique of encasing silicone in tiny capsules to form microcapsules. This technique allows organosilicon to be well coated and prevents it from mixing with other ingredients, thus increasing its stability.

At the same time, microencapsulation technology can also extend the service life of organosilicon, so that it is released slowly, so as to achieve a longer protection effect. In skin care products, for example, microencapsulated silicone can prolong its retention on the skin, thereby increasing its moisturizing effect.

The nanotechnology of organosilicon in daily chemical application has also been widely used. Nanotechnology refers to making substances into nanoscale particles for better properties and results. Silicone nanoparticles made through nanotechnology can increase their permeability and air permeability, allowing them to interact better with the skin.

At the same time, nano-sized organosilicon can be reduced to achieve cost savings. In cosmetics, for example, nano-sized silicone can increase its permeability and antioxidant properties, thus increasing its skin care effect.

In addition to microencapsulation technology and nanotechnology, there are many other technological means that can be used for the technological innovation of organosilicon in daily chemical applications, for example, through chemical modification, synthesis of new organosilicon compounds to meet different needs.

In addition, there are many other technological innovations, such as the use of ultrasonic, high pressure treatment and other means to optimize the application effect of organosilicon.

In a word, the technological innovation in the application of organosilicon in daily chemical can not only improve the performance and effect of products, but also bring more innovation and development opportunities for the daily chemical industry.

In the future, with the continuous progress of science and technology, the application and technological innovation of organosilicon in the field of daily chemical will be more extensive and in-depth.