With modified materials as the key, a new space for the development of multi-field applications is open.

Modified materials, as new types of materials that optimize the performance and expand the functions of basic materials through physical, chemical or biological methods, have become key basic materials driving the upgrading and transformation of many industries with their excellent mechanical properties, corrosion resistance, high-temperature resistance, electrical conductivity and other characteristics. Currently, the global new materials industry is in a stage of rapid development, and China's emphasis on the new materials industry is also constantly increasing, with a series of policies introduced to support its development. However, in the application process of modified materials, there are still some problems such as insufficient application depth in some industries and technical bottlenecks, which limit the full play of their application benefits.

Modified materials are currently widely used in the automotive industry, electronics and electrical appliances industry, construction industry, medical industry, and new energy industry. In terms of the performance of the basic raw materials, modified materials can enhance the performance more suitable for the industry, thereby facilitating the continuous development of the industry. Therefore, they are widely utilized in these industries. However, it is worth noting that there are still many problems in the application of modified materials in these industries. For example, there are technical bottlenecks, and the core technologies of some high-end modified materials are still monopolized by foreign countries. There are gaps in material formula design, process optimization, and performance testing in China. Some industries have insufficient understanding of modified materials and still habitually use traditional materials, lacking understanding of the performance advantages and application value of modified materials. At the same time, the application cost of modified materials is relatively high, which to a certain extent limits their promotion and application in the mid-to-low-end fields.

Consequently, if we want to promote the wide application of modified materials in various fields, we must continuously enhance the research and development of technologies and encourage innovation. The government should increase investment in research and development and encourage enterprises to actively conduct research. Enterprises and universities should strengthen cooperation through industry-university-research collaboration, encourage universities and research institutions to convert research results into practical productivity, jointly carry out talent training projects, and cultivate professionals with solid theoretical foundations and practical abilities, providing talent support for the development of modified materials. At the same time, we should increase the promotion and application of modified materials, select key industries and fields to carry out application demonstration projects of modified materials, and showcase the performance advantages and application effects of modified materials. Through the driving effect of demonstration projects, guide more enterprises to adopt modified materials and expand the application scope. Support enterprises to reduce the production costs of modified materials through technological innovation and large-scale production, so as to reduce the price barriers caused by the price of modified materials. Strengthen the publicity and promotion of modified materials, and enhance the awareness and recognition of the industry and society towards modified materials.

By expanding the application scope of modified materials, it can drive the upgrading and transformation of related industries such as automobiles, electronic appliances, construction, healthcare, and new energy, thereby increasing the added value and competitiveness of the industries. The development of these industries will also lead to an increase in employment in the upstream and downstream industrial chains, including research and development, production, sales, and application, and is expected to create a large number of jobs, alleviating the employment pressure. The wide application of modified materials can improve the quality and performance of related products, meeting people's demand for high-quality products. The promotion and application of modified materials is conducive to promoting the development of China's energy conservation and environmental protection cause and achieving sustainable development goals. The development of modified materials will drive the innovation and development of related disciplines and technologies such as materials science, chemical engineering, and mechanical manufacturing, contributing to China's scientific and technological innovation cause.

Modified materials, as an important type of new material, play a significant role in promoting industrial upgrading in our country, stimulating economic development, and achieving energy conservation and environmental protection. Currently, the application and development of modified materials in our country are facing numerous opportunities and challenges. It requires the joint efforts of the government, enterprises, universities, and research institutions to take effective measures to address the existing problems and promote the wide application and healthy development of modified materials in various fields. It is believed that through the implementation of the strategies proposed in this proposal, the modified materials industry in our country will embrace new development opportunities and provide strong support for the high-quality development of our country's economy and society.