METHOD AND DEVICE FOR CONTINUOUSLY CASTING SLAB BARS, THIN SLAB BARS, BLOOMS, PRE-PROFILED BILLETS, BILLETS, AND SIMILAR MADE OF LIQUID METAL, PARTICULARLY STEEL MATERIAL
    1.
    发明申请
    METHOD AND DEVICE FOR CONTINUOUSLY CASTING SLAB BARS, THIN SLAB BARS, BLOOMS, PRE-PROFILED BILLETS, BILLETS, AND SIMILAR MADE OF LIQUID METAL, PARTICULARLY STEEL MATERIAL 审中-公开
    对于板坯的薄板坯,VORBLOCO-,VORPROFIL-,连续铸造方法及装置STICKS STRINGS等。 从液态金属,特别是钢铁材料

    公开(公告)号:WO2004048016A2

    公开(公告)日:2004-06-10

    申请号:PCT/EP0312024

    申请日:2003-10-30

    CPC classification number: B22D11/225

    Abstract: Disclosed are a method and a device for continuously casting billets (1), among others, which are made of liquid metals, particularly steel materials. According to the invention, heat is removed in a primary cooling zone (4), further cooling taking place in a secondary cooling zone (7) with the aid of a dynamic spraying system (6) by means of nozzles (8) that impinge the width (9) and the metallurgical length (10a) of the billet while the heat distribution is determined and the surface temperature is measured by temporarily sampling the billet surface. The aim of the invention is to obtain a temperature curve which is advantageous for further processing across the entire cross section of the billet. Said aim is achieved by the fact that the dynamic spraying system (6) is functionally controlled in the form of the distribution of the water quantity and the pressure distribution or pulse distribution across the width (9) and length (10a) of the billet via the discharge temperature which is determined by verifying the surface temperature at the end (10b) of the metallurgical length (10a) of the billet so as to obtain a temperature curve (20) calculated for the billet length (10a) and/or the billet width (9).

    Abstract translation: 的方法和装置I.A. 到板坯从液体金属,特别是不锈钢材料,在一次冷却区中进行散热(1)Giessssträngen的连续铸造(4),并通过喷嘴的手段在通过动态喷涂系统(6)的二次冷却区(7)进一步冷却(8),该 股宽度(9)和在所述冶金链长度(10a)的动作,其中,由所述铸坯表面的线扫描确定的热分布和表面温度(11)进行测量,由围绕出口温度得到一种有利的用于跨杆的横截面进一步处理的温度曲线 通过控制在端部的表面温度(10B)被确定冶金链长度(10A),动态喷射系统(6)的水分配和在股线宽度的压力分布或脉冲分布的量的形式(9)和所述 链长度(10A)为链(10a)和/或股线宽度(9)的功能长度他 计算出的温度曲线(20)被控制。

Patent Agency Ranking