Reduced activation ferritic/martensitic steel (RAFM) is recognized as the primary candidate structural material for fusion power reactors blankets.
Low activation Ferrite steel (CLF-1) developed by China SCYF is a type of RAFM steel
CLF-1 is the most critical material in the "International Thermonuclear Experimental Reactor Program (ITER)" project. This material has the characteristics of high temperature resistance, swelling resistance, creep resistance, etc. It is like the "coat" of nuclear fusion, and can put various materials into it for fusion reaction.
The International Thermonuclear Experimental Reactor Program (ITER) is the world's largest engineering project with the highest scientific and technological content. Because its principle is similar to that of the sun, it is called the "artificial sun".
This project uses deuterium and tritium fusion in seawater to generate energy, which can fundamentally solve the energy problem of human society and achieve a subversive breakthrough, and has broad prospects for development.
At present, SCYF has realized the commercial production of tritium blanket "CLF-1 material", which has not only become the invisible champion enterprise of CLF-1 material manufacturing in China, but also takes the lead in applying CLF-1 material to the "artificial sun" project, catching up with the European Union and Japan, and occupying the commanding height of the international market.
About SCYF
SCYF Advanced Metal Materials Technology Corporation is committed to R&D and production of high-performance alloy materials.
The main products are:
High quality tools and dies, heat and corrosion resistant stainless steel, and high-strength wear-resistant steel materials for machinery;
Forging parts, welding parts and key auxiliary accessories of 1 million kW and above supercritical and ultra supercritical power generation equipment;
High temperature, corrosion and wear resistant precision forgings and parts;
Gearbox gear ring for wind power generation above 2.0 MW.
The company's main products are parts forgings, module forgings and shaft forgings based on high-performance (alloy) steel.
The products can be used for processing and assembling high-tech equipment in energy, military, metallurgy, petrochemical, mining and other industries.