ZGJC Advanced Materials Technology Group is China's largest R&D and manufacturer of advanced materials. It has 38 national advanced materials research and design institutes and 38,000 scientific researchers. Many new materials have made progress.
A large number of high-performance advanced materials developed by the company are widely used in major national projects such as aerospace, naval vessels, and nuclear industry. Carbon fiber composite material bearing structures are used in the core cabin of Tianhe, cargo spacecraft, Shenzhou 12, Tianwen 1, etc. A major national project, high-performance quartz glass helped Chang'e-5 to be included in the Lunar Exploration Project Achievement Exhibition.
The company has achieved independent control of high-end carbon fiber complete sets of equipment and production technology. Hundred-ton T1000 and 1,000-ton T800 carbon fibers meet China's aerospace and aerospace supporting needs. The production capacity of T700 carbon fiber composite materials exceeds 10,000 tons per year. In order to meet the major strategic needs of China's C919 and C929 domestically-produced large aircraft and aero engines, the joint research and development of T800-class carbon fibers and prepregs, the primary and secondary bearing structures of the aircraft, and the key components of aero engines with COMAC and China Aviation Development , Obtained the qualification of CR929 as a supplier of three fuselage sections. Developed ultra-fine electronic glass fiber with a monofilament diameter of 4.1-5.5 microns, which has been applied to downstream end products in batches.
The company also conquered the key technology of 8.5-generation TFT-LCD glass substrates, achieved zero breakthroughs in China's high-generation LCD glass substrates, and successfully entered the large-size LCD panel production system, ensuring the safety of China's information industry chain. 0.03mm ultra-thin flexible glass/UTG forms a national production and chemical industry chain. Large-caliber RTP (rubidium titanyl phosphate) crystals have passed engineering application verification and have the basis for bulk import substitution applications. The hot isostatic pressing silicon nitride ceramic ball realizes mass production, and the high thermal conductivity silicon nitride substrate accelerates the industrialization, which will be used in new energy vehicles, UHV, high-speed rail and other fields.