Against the backdrop of global carbon neutrality, the chemical industry is facing unprecedented pressure to transform. Traditional organic solvents commonly suffer from high volatility, significant toxicity, and poor biodegradability, posing risks not only to workers' health but also causing serious VOC (volatile organic compound) emissions. Silicone oil and its derivatives, with their extremely low volatility, non-toxic and harmless nature, and recyclability, are emerging as a "green solution" to replace traditional solvents, driving chemical production toward low-carbon and cleaner processes.

1. The "Zero-VOC Revolution" in the Coatings Industry

Traditional solvent-based coatings release large amounts of VOCs during application and drying, making them a significant source of urban air pollution. While water-based coatings are more environmentally friendly, they still face limitations in weather resistance and gloss.

Silicone oil-based high-solid coatings and powder coating additives offer a new approach to resolving this conflict. Silicone oil reduces the surface tension of coatings, allowing them to maintain excellent leveling and film-forming quality even under low-solvent or solvent-free conditions. In high-end automotive paints and architectural exterior coatings, silicone oil additives have made "zero VOC" no longer synonymous with compromised performance, but rather a practical choice that achieves both high quality and environmental protection.

2. The "Safe Alternative" in Cleaning Processes

In industries such as electronics manufacturing and precision machinery, component cleaning has long relied on organic solvents like trichloroethylene and acetone. These solvents are not only flammable and explosive but also pose health threats to operators.

Silicone oil-based eco-friendly cleaning agents are gradually replacing these hazardous chemicals. Since silicone oil itself is non-volatile and non-flammable, the cleaning process can be safely conducted at ambient temperature and pressure, completely eliminating the risks of fire and poisoning. Used silicone oil can be recovered and reused through simple distillation or filtration, significantly reducing the cost and environmental burden of hazardous waste disposal.

3. The "Efficiency Booster and Emission Reducer" for Pesticide Formulations

In agriculture, the large amounts of organic solvents used in traditional pesticide formulations not only increase production costs but also contribute to soil and water contamination. Silicone oil derivatives, such as organosilicone surfactants, are used as synergistic adjuvants in pesticides. They significantly reduce the surface tension of spray solutions, enabling rapid spreading and penetration on plant foliage, thereby greatly improving pesticide utilization efficiency.

This means farmers can achieve the same level of pest control with less pesticide, reducing chemical usage and emissions at the source. At the same time, silicone oil adjuvants are safe for the environment and non-target organisms, aligning with the development direction of green agriculture.

From the zero-VOC revolution in coatings to the safe substitution in cleaning processes, and further to efficiency enhancement and emission reduction in pesticides, silicone oil is providing a practical technological pathway for the low-carbon transition of the chemical industry in its role as a "green solvent."


Diethylenetetramethyldisiloxane platinum complex (platinum catalyst) MY 8111