XATL Composite Technology Corporation is committed to the research and development, production and sales of high-end layered metal composite materials.
In terms of metal composite materials for nuclear power, the company has a series of key technologies and overall preparation technologies with completely independent intellectual property rights, and has realized the localization of layered metal composite plates for nuclear power instead of imports.
Realize the localization of layered metal composite panels for nuclear power
The company was restructured and established for the Institute of Explosive Welding of China Nonferrous Metals Research Institute. It has been engaged in the research and development of layered metal composite materials since 1965. It is a key research and supporting unit for technical research and localization development of many large-scale key projects in the country. It has solved 30 The key technical issues in the manufacture of condenser tube sheets for 10,000-kilowatt, 600,000-kilowatt, 1,000,000-kilowatt and nuclear power projects have realized the localization of condenser tube sheets.
In terms of metal composite materials for nuclear power, the company has a series of key technologies and overall preparation technologies with completely independent intellectual property rights.
Since 2008, it has been used in all 15 nuclear power projects under construction in China (Hongyanhe, Ningde, Fuqing, Fangchenggang, Fangjiashan, Yangjiang, Changjiang, Zhangzhou, Tianwan, Xiapu) and 1 foreign nuclear power project. The localization of layered metal composite panels for nuclear power has been carried out to replace imports.
About XATL
XATL is one of the units in China that has been developing non-ferrous metal explosive welding research and development since 1965. Since the 1960s, it has organized professional researchers to successfully develop more than 50 titanium/steel, stainless steel/steel, aluminum/steel, etc. Metal composite materials of different specifications have formed a product series of rare, non-ferrous and ferrous metal composite materials, which are widely used in petroleum, chemical, electric power, metallurgy, salt production, aerospace and other fields.
The company now has a national-level layered metal composite material engineering research center.
Since 2004, the company has successively passed ISO9001, French BV, British Lloyd’s quality system certification, Lloyd’s EU PED certification and ASME nuclear power certification, and obtained the product certification of China Classification Society “Marine Clad Steel Plate”, which is a titanium steel composite plate. The main drafting and revising unit of the national standard (GB/T8547), the titanium stainless steel national standard (GB/T8546) and the national military standard (GJB3797-99) of the titanium-stainless steel explosive composite transition joint for satellites.
With a complete scientific and technological innovation system and strong scientific research strength, it has won 2 provincial and ministerial first prizes, 12 second prizes and 8 third prizes, published more than 100 articles of various types, and obtained 18 authorized patents.
In recent years, the company has made remarkable achievements in the localization of a series of composite materials for major technical equipment in China. It is a key research and supporting unit for technical research and localization development of many large-scale key projects at the national level. The project, Chang’e series satellites, Su-27 localization improvement, manned spaceflight engineering, localization of large-scale PTA equipment and other national key and military supporting projects have provided key materials.
It has also solved the key technical problems in the manufacture of condenser tube sheets for 300,000-kilowatt, 600,000-kilowatt, 1,000,000-kilowatt and nuclear power projects, and realized the localization of condenser tube sheets. It has broken the long-term technological monopoly of foreign companies, and has continued to play a leading and leading role in the field of new materials.