Qiangli Chemical Product Manual (Latest)

Amino silicone oil emulsion is a water-based emulsion with amino-modified silicone oil as the main component. The silicone oil is dispersed in water through emulsification technology to form a stable system. Its core is to introduce amino (-NH₂) functional groups into the silicone oil molecular chain, giving the material unique reactivity and adsorption capacity.

Application of methyl silicone oil in rubber and plastic industry

Molded silicone products usually require a series of post-processing processes after molding to enhance product performance, improve appearance or meet specific functional requirements.

In life, many seemingly ordinary materials hide extraordinary scientific wisdom. For example, the smoothness of a bottle of skin care products, the soft touch of a piece of clothing, and even the efficient operation of industrial equipment may all be inseparable from an "invisible hero" - dimethyl silicone oil emulsion. It is like a low-key "all-round player" that plays a role in many fields. Today, we will dismantle its mystery in an easy way!

Addition silicone has many unique advantages in precision instrument casting, which makes it one of the indispensable materials in this field. The following is a detailed description of these advantages:

As a high-performance building material, the multiple characteristics of silicone waterproofing agent are reflected in the following six core dimensions:

To increase the number of times a liquid silicone mold is turned over, it is necessary to optimize multiple aspects such as material selection, production process, use and maintenance. The following is a specific method summarized based on the search results:

Silicone Tips - How to Quickly and Accurately Mix the Desired Color of Liquid Silicone Rubber.

In recent years, liquid silicone rubber (LSR) technology has achieved a full chain upgrade from mold design to terminal application through the deep integration of material science, process innovation and intelligent manufacturing. In particular, the breakthrough application in the fields of precision electronics, medical health, new energy, etc. marks the leap of LSR technology from "auxiliary materials" to "functional core components". The following is an analysis of the key paths and future potential of technological innovation: