The demand in the new energy sector has exploded, and specialty functional surfactants are entering a period of expansion. 

1.The lithium battery photovoltaic industry is expanding, and the demand for specialized additives is growing rapidly.
As the storage, photovoltaic, and battery power supply chains continue to expand production, the special surface active agents required for the supporting facilities of new energy manufacturing have become a new growth point in the industry. The dispersion of lithium battery electrode pastes, the cleaning of photovoltaic silicon wafers, and the supporting processes for semiconductor lithography all have rigid demands for high-purity specialized surface active agents. The global market size of surface active agents for new energy products will exceed 1.6 billion US dollars in 2025, with a year-on-year growth rate of over 25% in the domestic market, and the growth rate is far higher than that in traditional cosmetics and textile sectors. 

2. The performance requirements are extremely strict, and high-purity products create technical barriers
The manufacturing of new energy requires extremely high standards for the purity of surfactants, the presence of ions, and the dispersion ability. The product purity needs to reach the ppb level, and it must also possess the characteristics of high temperature resistance, low foam, and high surface activity. Conventional general-purpose surfactants cannot meet the requirements for uniform dispersion of battery pastes and the absence of residue cleaning on silicon wafers. The research and development focus in the industry is gradually shifting towards twin-type and fluorine-modified special products. Formula development and purification processes have become the core competitive points. 

3. Breakthrough in domestic technology, gradually achieving independent supply of high-end raw materials
Previously, high-end surface active agents for new energy had long relied on overseas supply. In recent years, domestic research and development in fine chemicals has been continuously strengthened. Continuous synthesis and refined distillation purification processes have achieved breakthroughs, enabling stable production of specialized additives suitable for the two major sectors of lithium batteries and photovoltaics. The finished products have reached international standards in key indicators such as dispersion efficiency, resistance to electrolyte corrosion, and low volatility. This significantly reduces the raw material procurement costs in the new energy manufacturing industry chain and promotes the process of replacing key chemical raw materials from abroad. 

4. Industrial synergy layout, upstream and downstream collaboration to improve the supporting system
At present, the industry has gradually formed an integrated supporting model of raw material synthesis, purification and packaging, and customized formulation. The chemical research and development end is also synchronously connected with the new energy material laboratory. According to the new types of batteries and photovoltaic new processes, the molecular structure of surfactants is targeted for improvement. With the continuous increase in the installed capacity of energy storage, the industry predicts that the market size of special surfactants for new energy will double in the next eight years, becoming a high value-added core niche segment in the surfactant industry.