Demand in the new energy field surges, driving the upgrading of the silicone industry
As the global energy structure transformation accelerates, the application of silicone in the new energy field has shown explosive growth. In the photovoltaic industry, silicone sealants and coating materials have become key components of core components such as solar panels and junction boxes. Their weather resistance and electrical insulation can effectively extend the service life of equipment. According to industry reports, the growth of global photovoltaic installation capacity in 2024 directly drives the demand for silicone materials to rise, and it is expected that the growth rate in this field will remain high in 2025.

In the field of new energy vehicles, silicone materials are penetrating into power battery thermal management systems, electronic motor and electronic control systems, and lightweight body parts. Its excellent temperature resistance (-50℃ to 250℃) and electrical insulation performance can significantly improve battery safety performance and vehicle energy efficiency. Leading companies have built a raw material supply system in the energy-rich areas of the west through the integrated layout of coal, electricity and silicon, and promoted the upgrading of industrial clusters to high-end.

Technological breakthroughs in high-end manufacturing open up a new track for silicone
The strict requirements of the aerospace and semiconductor industries for material performance have prompted silicone materials to develop in the direction of specialization and functionalization. In the aerospace field, SiO₂ aerogel modified materials are used in satellite thermal control systems and aircraft insulation layers due to their ultra-low thermal conductivity. In the semiconductor packaging link, silicone elastomers have become key buffer materials for chip-level packaging due to their low stress characteristics, which can effectively reduce the risk of failure caused by thermal expansion coefficient mismatch.

The medical and health field has witnessed the breakthrough application of silicone biocompatible materials. Silicone rubber materials are widely used in long-term implantable devices such as artificial joints and breast implants, and their surface inertness can greatly reduce the risk of rejection. At the same time, silicone drug controlled release systems provide innovative solutions for targeted tumor treatment by precisely controlling the drug release rate.

The green transformation policy is forced to promote the sustainable development of the industry
Under the constraints of stricter environmental protection regulations and the "dual carbon" goals, the silicone industry is accelerating its transformation to low-carbon and circular. Leading companies use membrane separation technology to purify raw materials and recycle waste liquids, reducing production energy consumption. At the same time, breakthroughs have been made in the research and development of bio-based silicone and degradable silicon materials, providing environmentally friendly alternatives for traditional fields such as textiles and daily chemicals.