Vinyl silicone oil boosts the new energy industry and continuously releases material value

1. Active groups bring unique material properties
The molecular chains of vinyl silicone oil contain active ethylene groups. Under the condition of platinum catalyst, it can undergo addition-crosslinking reactions, and the curing process does not produce small molecule by-products, resulting in low shrinkage rate. The material has characteristics such as high temperature resistance, insulation, and aging resistance. The viscosity and ethylene content can be adjusted as needed, and it is the core basic raw material for additively manufactured organic silicone products.

2. The new energy sector drives the growth of market demand
The rapid development of new energy vehicles, photovoltaics, and energy storage industries has led to an increase in the demand for thermal conductive gels, electronic potting adhesives, and sealing silicone rubbers. Vinyl silicone oil, as an upstream raw material, is widely used in battery module protection and power device packaging. Higher standards are required for material purity and low volatility, and the demand for high-end models has grown significantly faster than ordinary categories.

3. Product quality determines the reliability of downstream products
The electronic and new energy industries have complex working conditions, and in high-temperature long-term operation environments, residual rings and metal ion impurities can cause device failure. The industry is constantly iterating towards lower volatility and higher purity, strictly controlling impurity content to ensure thermal conductivity, insulation, and anti-aging performance, thereby meeting the requirements for long-term stable operation of high-power equipment.

4. The industry is evolving towards refined customization
The market competition for general-purpose vinyl silicone oil is becoming saturated, and the industry's research and development focus has shifted to specialized customized products. Different application scenarios require differentiated viscosity and ethylene content specifications, and they are adapted to different processes such as liquid silicone rubber, thermal pads, and light-curing materials. Refinement customization has become an important direction for industry development.