With the continuous advancement and innovation of science and technology, organic peroxides, as a new type of high-efficiency chemicals, are gradually becoming the focus and hot spot in the chemical industry. Its applications in catalysis, synthesis, material modification, etc. have brought new changes and possibilities to the chemical industry, becoming a key force in promoting innovation and development in the industry.
First, organic peroxides have shown great potential in the field of catalysis. As an efficient oxidizing agent, organic peroxides can be widely used in organic synthesis reactions, such as oxidation reactions, hydroxylation reactions, etc. Its excellent catalytic performance can not only increase the reaction rate and reduce the reaction temperature, but also reduce the generation of side reaction products, thereby achieving highly selective synthesis of target products and injecting new vitality into the field of chemical synthesis.
Secondly, organic peroxides also show unique advantages in the field of synthesis. As a green and environmentally friendly oxidant, it can replace traditional toxic and harmful oxidants, making the chemical synthesis process more environmentally friendly and safer. At the same time, the wide application of organic peroxides in organic synthesis, polymerization and other fields has provided new ideas and methods for the design and synthesis of new materials and special compounds, and promoted innovation and development in the field of synthetic chemistry.
In addition, organic peroxides also show broad application prospects in the field of material modification. Through the initiating and cross-linking effects of organic peroxides, rubber, plastics and other materials can be modified to improve their heat resistance, aging resistance and mechanical properties, expand the application fields and market demand of materials, and provide chemical materials The development of the industry has injected new impetus.

In general, organic peroxides, as a new type of highly efficient chemicals, are becoming an important driving force for innovation and development in the chemical industry. Its wide application in catalysis, synthesis, material modification, etc. has brought new opportunities and challenges to the chemical industry, and injected new power and vitality into the sustainable development of the industry. It is believed that with the continuous deepening of technology and the continuous expansion of applications, organic peroxides will play an increasingly important role in the chemical industry and contribute more to the innovation and development of the industry.