China's high corrosion-resistant titanium and titanium alloy tube manufacturer successfully mass-produces wide-width cold-rolled ultra-thin titanium strips
In recent years, YNTY Titanium Alloy Technology Corporation has achieved a number of world-leading and domestic-leading innovation achievements, and a number of scientific and technological achievements have won national, provincial and industry science and technology awards. A total of 1,493 authorized patents have been obtained, including 271 invention patents and 4 foreign patents.
The stable mass production of "wide cold-rolled ultra-thin titanium strip" has been successfully achieved, and a series of key technologies for the production of titanium strip coils have been formed:
YNTY invented the argon shield annealing process technology for titanium strip coils, invented the EB billet rolling process technology of 0.20mm ultra-thin and wide-width titanium strip coils, invented the EB furnace casting nickel slab process technology, invented the wide-width large coil Heavy nickel coil rolling technology.
The company develops new high-strength titanium alloys, high-quality aluminum-vanadium-based titanium alloys, nickel-based alloys and other strategic new material production technology research and development innovations, and gradually realizes the industrialized production of high-end varieties such as alloy plates, bars, wires, and wires. .
The titanium coils produced by YNTY have been mass-produced and applied to chemical, electric power, marine, medical, civil and construction fields. Some products are exported to Germany, the United States, Italy, and Russia. At present, hot-rolled titanium coils occupy more than 40%, is the leader in the R&D and production of titanium coils in China.
The manufacturing technology of high corrosion-resistant titanium and titanium alloy pipes and high-quality titanium strips won the first prize for scientific and technological progress in China's non-ferrous metal industry.
The company mainly focuses on the major needs of the national marine strategy, with the help of the national key research and development plans to enter the marine engineering, oil and gas pipelines, island reef construction, ship upgrades, seawater desalination and other varieties of titanium alloy materials, and develop the lightweight weapons required by the national strategy of strengthening the military. Titanium alloy materials are gradually moving towards titanium materials used in high-end fields such as aerospace and medical.