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COOLING FURNACE FOR DIRECTIONAL SOLIDIFICATION AND COOLING METHOD USING SUCH FURNACE

机译:使用这种炉子的定向凝固和冷却方法的冷却炉

摘要

FIELD: foundry production.;SUBSTANCE: invention relates to the field of foundry production and can be used for directional solidification of a cast metal part. Furnace (20) comprises internal cylindrical body (26) with vertical central axis (X) and support (28) for the foundry mold located in it. Inner housing (26) contains foundry area (A) located above cooling area (B), which are thermally isolated by first fixed heat shield (31) and second heat shield (32) mounted on support (28). Area (A) contains at least one first heating device, and area (B) contains second heating device (60). The heating devices provide a temperature in foundry area (A) greater than the temperature in cooling area (B). Cooling area (B) contains upper (B') and lower (B") parts located one above the other and thermally isolated from each other by means of third heat shield (33). Second heating device (60) is located in upper part (B').;EFFECT: thermomechanical stresses that cause the formation of recrystallized grains and cracks during the solidification and cooling of parts are eliminated, while creating zones of brittleness in the finished product.;10 cl, 8 dwg
机译:领域:铸造生产。物质:发明领域涉及铸造生产领域,可用于铸造金属部件的定向凝固。炉(20)包括具有垂直中心轴(X)的内圆柱体(26),并且用于位于其中的铸造模具的支撑(28)。内壳(26)包含位于冷却区域(B)上方的铸造区域(A),其由安装在支撑(28)上的第一固定隔热屏蔽(31)和第二隔热罩(32)热隔离。区域(a)包含至少一个第一加热装置,并且区域(b)包含第二加热装置(60)。加热装置在铸造区域(a)中提供大于冷却区域(b)的温度的温度。冷却区域(b)包含位于另一个上方的上部(B')和下部(B“)部分,并通过第三热屏蔽(33)彼此热分离。第二加热装置(60)位于上部(B')。效果:消除了导致在凝固过程中形成重结晶晶粒和裂缝的热机械应力,同时在成品中创建脆性区域。; 10 cl,8 dwg

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