On September 25th, SDTC Advanced Ceramic Materials Science and Technology Research Institute, a leading manufacturer of high-performance ceramic wave-transmitting materials, ceramic anti-insulation materials, and continuous boron nitride fibers, released aerogel composite materials
Aerogel composite materials have comprehensive properties such as high temperature resistance, low thermal conductivity, light weight, and flame retardancy. They are now used in high-speed aircraft, cement production equipment, high-end buildings and precision equipment for fire protection, heat insulation and heat preservation.
About SDTC
The history of SDTC Advanced Ceramic Materials Science and Technology Research Institute can be traced back to HB Advanced Ceramic Materials Research Institute, the first ceramic materials research institution established in 1950 in New China.
As the only national-level industrial ceramic research institute, SDTC has always stood at the forefront of industry technology, leading the development direction of China's advanced ceramic material technology and industry, and pioneering research in many fields. SDTC is China's National Innovative Enterprise, National Industrial Ceramic Engineering Technology Research Center, National Industrial Ceramic Standardization Technical Committee (SAC/TC194) Supporting Unit, and International ISO/TC206 Fine Ceramics Technical Committee Domestic Technical Liaison Unit.
Relying on the innovation platform, SDTC has achieved multiple domestic firsts: China's first continuous boron nitride fiber, China's first glass horizontal tempered roller kiln quartz ceramic roller, China's first set of high temperature and high pressure coal fly ash filter, The first mega-volt post insulators for UHV AC test demonstration projects were born here.
For decades, SDTC has formed its own unique high-performance ceramic wave-transmitting materials, ceramic anti-insulation materials, special ceramic fibers, special functional coatings, advanced ceramic precision processing technologies, high-temperature ceramic membranes and equipment, and industrial solid waste Comprehensive utilization of seven universities and colleges has built four innovative platforms for key common technology research and development, testing and evaluation, standardization and engineering transformation, and incubated the four major industries of microcrystalline alumina, fused silica, high-voltage electrical ceramics and high-temperature ceramic membrane equipment. Has undertaken more than 100 national "863" plan, national scientific and technological research and national defense scientific and technological research projects; won 9 national awards, more than 100 provincial and ministerial awards; owned 93 patents; presided over the formulation and revision of 43 national and industry standards . Among the dozens of new materials developed and nearly a hundred new products, more than 20 are listed as national new products, filling the domestic gap and making significant contributions to the building materials industry and national defense and military industry supporting special ceramic materials.