Umi mba’e ojejeruréva desarrollo rehegua tenonderãme acero resistente al calor rehegua .

With the development of social development, science and technology have been developed by leaps and bounds, but it is followed by a series of environmental problems and ecological harmony. Carbon dioxide emissions have a negative impact on the development of current thermal power plants. The research shows that increasing steam pressure and temperature during operation is the most effective way to solve the above problems. The main high-temperature components used in thermal power plants are basically heat-resistant steel, so the development of new Acero resistente al calor, omoporãve pe rango temperatura jeporu acero resistente haku rehegua, ha omomba'eguasu mbarete fractura de arrastre temperatura yvatevévape ha'e peteî enfoque haku investigación ámbito metalurgia, potencia ha materiales.
The continuous casting of heat-resistant steel can not only improve the recovery rate of molten steel, save the reworking process, greatly reduce energy consumption, and significantly improve the production efficiency. The structure of continuous casting is uniform, the segregation is small, and the labor intensity of continuous casting is low. Therefore, continuous casting is an important measure to improve the quality and reduce the cost of heat-resistant steel production, and it is also one of the important signs of modern production. Fundición continuo acero resistente al calor oreko requisitos yvateve pe fundición continua de acero ordinario proceso ha equipo-pe, ha'eháicha fundición continuo de acero resistente al calor temperatura ha composición química umi requisito acero fundido rehegua, ha'e estrictoiterei, ha oikotevê temperatura de fundición oñecontrola haguã peteî rango relativamente estrecho, ikatu haguã ojehapejoko oxidación secundaria. péva proceso de fundición continuo, ha'e oadopta acero continuado acero, ha'e oadopta acero continuado acero continuación continuación, ha'éva acero continuación de oxidación ladle, tundish, sliding nozzle and intrusion nozzle, etc. In order to improve the solidification structure of the casting, reduce the defects such as inclusions, center segregation, central shrinkage and internal cracking, and obtain high-quality continuous casting. Generally, electromagnetic stirring technology is used, and the cooling process of heat-resistant steel continuous casting is different from that of general steel, especially Acero martensítico, oñemombova'erã horno de recocido-pe ho'ysã haguã mbeguekatu 300 grado C ári ohapejokóvo transformación de fase martensítica ha grietas deformación, ha umi requisito calidad fundición continuo acero resistente al calor tuicha estricto umi acero general.-gui.