而不通过故障处理和熔化之后的后续校准过程去，高度与发送到热轧性（翘曲或弯曲抑制）线性的，此外，通过具有不会在角部的裂纹或裂缝健康组织的电子束熔化炉 本发明提供适用于热轧溶剂的钛板坯及其溶剂方法。 作为钛直接从电子束的溶剂板坯熔化模板，板坯千毫米danghwim（在横向方向上的长度方向上的变形的量）（在厚度方向上于所述纵向方向的变形的量）为5mm或更小的长度，偏转是不超过2.5毫米钛用于热轧 板。 安装如双歧轧制之间钛板坯的溶剂的方法，所述矩形的长边的模具壁的电子束和构成嵌入在熔化炉中的模具中的短边的模具壁，以及从短侧模具壁的熔融金属，并且所述倒角的，部分在角部 一种生产用于热轧的钛板坯的方法，包括以下步骤：

An electron-beam furnace having the healthy tissue without a breakdown step and without a subsequent calibration process, excellent linearity can be sent to a hot rolling mill (bending and the bending is suppressed), and, cracks or cracks at the corner portions after dissolution in a solvent by hot rolling to provide a suitable titanium slab and the solvent method. As the titanium slabs directly from the solvent of the electron beam melting the template, the length of 1000mm per warp of slab (amount of deformation in the thickness direction to the longitudinal direction) is 5mm or less, deflection (deformation amount in the width direction of the longitudinal direction) is not more than 2.5mm for hot rolling titanium slab. The installation as a solvent, the method of the titanium slab for hot rolling, the electron beam of the rectangular long side mold wall and the short-side mold wall constituting the mold embedded in the melting furnace, and a molten metal from the short-side mold parietal, and, parts of the chamfer at the corner portions solvent method of the titanium slab for hot rolling, characterized in that using a mold.