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连续铸钢与一般钢锭模铸锭比较,具有很大优越性。从钢水到钢材,金属收得率提高12～15％、生产成本降低约10％。基建投资节省30～40％,占地面积缩小30％左右。此外还可减少大量生产工人,改善工人劳动条件,缩短建设周期,并为钢铁工业向连续化、自动化方向发展创造有利条件。因此、从1959年到1969年的十年间,世界各国的连铸能力增长30余倍。近来、不少国家都计划增建连铸机。日本到1975年,连铸生产能力已占钢产量的25％。
Continuous casting and general ingot mold ingot compared with great advantages. From steel to steel, metal recovery rate increased by 12 to 15%, reducing production costs by about 10%. Infrastructure investment savings of 30 ~ 40%, covers an area of about 30% reduction. In addition, it can also reduce the mass production of workers, improve working conditions of workers and shorten the construction period, and create favorable conditions for the steel industry to develop continuously and automatically. Therefore, from 1959 to 1969, the continuous casting capacity of all countries in the world increased more than 30 times. Recently, many countries plan to build continuous casting machines. Japan by 1975, continuous casting production capacity accounted for 25% of steel production.