Mesoporous thermal insulation materials promote technological innovation and industrial development
Preface
In recent years, with the continuous advancement of science and technology and the development of material science, mesoporous thermal insulation materials, as a new type of nanomaterial, have shown great application potential in many fields. From Baoshan’s scientific innovation craze to Changzhou enterprises’ technological innovation, to the research results of Donghua University, mesoporous insulation materials are becoming an important force in promoting the development of the industry.
Baoshan practice of technological innovation and industrial development
Baoshan: A surge in science and technology innovation district
As an important area in Shanghai, Baoshan is leading the high-quality development of the regional economy through technological innovation. In recent years, Baoshan has vigorously promoted the development of new materials and other high-tech industries, attracting many scientific research institutions and enterprises to settle in, forming a good industrial innovation ecosystem. These achievements not only enhance the overall competitiveness of the region, but also provide a broad space and platform for the development and application of mesoporous thermal insulation materials.
The technological innovation path of Changzhou enterprises
The “magic” of mesoporous materials
A company located in Changzhou has developed mesoporous materials with excellent thermal insulation properties through the technology of "punching" holes in nanomaterials. This material has a pore size between 2 and 50 nanometers, which can effectively isolate heat transfer and is widely used in construction, home appliances, transportation and other fields. The company's innovative technology not only fills the domestic gap in this field, but also greatly improves the market competitiveness of its products.
Donghua University’s breakthrough in mesoporous thermal insulation materials
Warmer than cashmere: the development of airgel yarn
The team of Academician Zhu Meifang of Donghua University has made an important breakthrough in the field of mesoporous thermal insulation materials and successfully developed a knitable and washable aerogel yarn. This kind of yarn not only has higher thermal insulation properties than cashmere, but is also lightweight and flexible, making it suitable for making high-performance thermal clothing and textiles. The research results have been published in the international journal "Advanced Materials" and attracted widespread attention.
Industry application prospects and challenges
Mesoporous thermal insulation materials show broad application prospects in many fields due to their unique properties. In the field of construction, this material can significantly improve the energy efficiency of buildings and reduce energy consumption. In the field of home appliances, the application of mesoporous materials can make home appliances more energy-saving and extend their service life. In the field of transportation, mesoporous materials can effectively reduce the temperature inside the vehicle and improve ride comfort and safety.
However, the industrialization of mesoporous insulation materials still faces some challenges. First of all, the production process is complex and the cost is high, which is one of the main factors restricting its large-scale application. Secondly, how to improve the stability and durability of materials while ensuring performance is also a problem that needs to be solved. In addition, the market's awareness and acceptance of new materials also need to be gradually improved.
Future development trends
With the continuous in-depth research of mesoporous thermal insulation materials by scientific research institutions and enterprises, as well as the support of relevant policies and the increase in market demand, the industrialization process of this material is expected to accelerate in the future. It is expected that mesoporous thermal insulation materials will be widely used in more fields in the near future, bringing more convenience and comfort to people's lives. At the same time, the cost of materials will be gradually reduced, performance will be further optimized, and market acceptance will continue to increase.
📰 Reference source The science and technology development area is booming in Baoshan, and "vibrant friendship" is striving to be the first! - QQ News (2026-03-22) "Punching holes" in nanomaterials! Look at the super "magic" of this company in Changzhou - Xinhua Newspaper Network (2023-12-17) Warmer than cashmere! Academician Zhu Meifang’s team at Donghua University AM: Developing knittable, washable airgel yarn - QQ News (2025-06-17)
❓ FAQWhat is mesoporous thermal insulation material? Mesoporous thermal insulation material is a new type of nanomaterial with a pore diameter between 2-50 nanometers. This material can effectively isolate heat transfer and is suitable for construction, home appliances, transportation and other fields, showing huge application potential. How does Baoshan promote the development of mesoporous thermal insulation materials through technological innovation? As an important area in Shanghai, Baoshan has attracted many scientific research institutions and enterprises to settle in and formed a good industrial innovation ecosystem by actively promoting the development of new materials and other high-tech industries. These initiatives provide a broad platform and support for the development and application of mesoporous thermal insulation materials. How do Changzhou companies innovate and develop mesoporous thermal insulation materials? A company in Changzhou has successfully developed a mesoporous material with excellent thermal insulation properties through the technology of 'punching' holes in nanomaterials. This technology fills the domestic gap in this field and improves the market competitiveness of products. What breakthroughs has Donghua University made in research on mesoporous thermal insulation materials? The team of Academician Zhu Meifang of Donghua University successfully developed knittable and washable aerogel yarn. This yarn has better thermal properties than cashmere while being very lightweight and flexible, making it suitable for making high-performance thermal garments and textiles. What challenges does the industrialization of mesoporous thermal insulation materials face? The industrialization of mesoporous thermal insulation materials mainly faces the problems of complex production processes and high costs, as well as how to improve the stability and durability of the materials. In addition, the market's awareness and acceptance of this new material also needs to be gradually improved.