SXYQ Aerogel Technology Group, a manufacturer of Chinese nano silica aerogels, graphene aerogels, and flexible ceramic nano aerogels, is building a high-performance aerogel material science innovation city:
In SXYQ Aerogel Science Innovation City,
An in-depth school-enterprise cooperation symposium was held in the Nagu negotiation room, one side is a double first-class university
Yu Jianyong, president of Donghua University and academician of the Chinese Academy of Engineering, and Zhai Hong, chairman of SXYQ.
The two parties signed a framework agreement for industry-university-research cooperation to jointly build the "SXYQ Aerogel Science Innovation City R&D Center"
In order to promote the upstream and downstream extension of aerogel-related industries, expand industrial clusters and achieve common development.
In addition to Donghua University, SXYQ Aerogel Science Innovation City has successively established strategic cooperation with Tsinghua University, Peking University, and Huazhong University of Science and Technology to introduce top experts in the aerogel field.
There are already 35 doctoral students and 56 master students in the SXYQ R&D team. According to our current goal, the number of doctoral students in Aerogel Science and Technology Innovation City will reach more than 100. Graduate students are our basic threshold. Supported by talents, supported by R&D, focus on world-class experts, first-class scholars or first-class enterprises for cooperation.
Aerogel is a solid material with many voids inside. Because of its extremely low density, it is known as the lightest solid material in the world. The color of aerogel is light blue, so it is also called "blue smoke".
Aerogel looks like "weak and windy", but it is actually very strong and durable. It can withstand high temperatures of 1400 degrees Celsius. It is an irreplaceable material in aerospace exploration. When it is added to traditional materials such as metal and textiles, it can be transformed into a variety of high-precision materials. Sharp products.
Because of these properties, aerogel is favored by scientists around the world.
Aerogels are used in aviation and military industry, building energy saving, industrial energy saving, new energy vehicles, marine vehicles,Precision instruments, clothing tents and other fields have broad application prospects and are revolutionary alternatives to traditional thermal insulation materials.
At present, the aerogel industry is still in its early stages. It is estimated that by 2026, the global aerogel market value will reach 8 billion US dollars.
In April 2019, SXYQ launched the Aerogel Science Innovation City Park to actively build a green and ecological industrial cluster and promote the layout of the aerogel industry in the forefront of the country.
In 2018, SXYQ cooperated with China's leading nano-silica manufacturer SZZN in silica aerogel, and jointly invested in the construction of 1,000 tons of silica powder and 20,000 cubic meters of aerogel felt production base.
So far, SXYQ has focused on silica aerogel, graphene aerogel,
Flexible ceramic nano aerogel.
Among them, graphene aerogel and ceramic nano aerogel are the first in the world.
Graphene aerogel is a technology invented by a teacher from ZJ University and is certified by the international IGCC.
Ceramic nano-aerogels are being researched by countries all over the world, and certain achievements have also been made.
But one of its fatal weaknesses is crispness.
Teacher Ding Binbin of Donghua University, after decades of this kind of research and development, developed a nanotechnology called flexible ceramic (fiber). Now the fifth-generation pilot test has passed, the brittleness problem has been solved, and mass production will begin immediately. It means that we have acquired a world-class new material.
SXYQ has the most cutting-edge aerogel technology in the world, so it is confident to build a science and technology innovation city. Its strategic positioning is: to be a world-class aerogel science and technology innovation city, focusing on science and technology research and development and some downstream industrial chains. The effect of forming an industrial cluster.
SXYQ plans a total investment of more than 16 billion. According to the planned project, the newly added output value will be over 60 billion.