Silicone emulsion is widely used in industrial production, and there have been new dynamics in the market recently. Under the fluctuation of raw material prices, its degree of attention has climbed. For example, the increase in organosilicon raw materials has driven changes in the purchasing rhythm of the silicone emulsion market.
In actual production, it is a "capable assistant" for multiple industries. In mold manufacturing, it can effectively reduce the adhesion between the mold and the product, allowing the product to be easily demolded without leaving residues. In scenarios such as die - casting and rubber vulcanization under high - temperature working conditions, specific silicone emulsions can withstand temperatures exceeding 300℃, ensuring production continuity and product quality. In the textile industry, it is used for fabric post - finishing to endow fabrics with a soft, smooth feel, etc. However, the stability problem of traditional emulsions once restricted development. Now, universities and enterprises cooperate to develop highly stable products. By innovating the dispersion system, problems such as oil floating and silicone spots are solved, promoting the upgrading of textile post - finishing technology.
But as the requirements for the green development of industry increase, the environmental considerations for silicone emulsion production projects are becoming increasingly crucial. Take the annual production project of silicone emulsion by Huangshan Meijia New Materials as an example. It can be seen from the EIA approval that enterprises need to implement measures such as rain - sewage separation, waste gas collection and treatment, and standardized disposal of solid waste to ensure the up - to - standard discharge of wastewater, effective control of waste gas, and proper treatment of solid waste, and protect the ecological environment. This also represents the industry trend. In the future development of silicone emulsion, it is necessary to focus on performance improvement to meet industrial needs, and also strictly adhere to the environmental bottom line, achieve a balance between production and ecology, help the efficient operation of industrial manufacturing, and at the same time, integrate into the overall situation of green development, contribute to the sustainable industrial system, continuously expand the depth and breadth of application in various fields, and adapt to more diversified and high - standard production scenarios.