The utility model discloses a side blown smelting furnace, including the melting zone, before bed area and copper water jacket, the arch and the arch wall is arranged between the melting zone and before bed, for support and protection of copper water jacket, between the arch foot symmetrically arranged on melting furnace melting zone and two zone before bed furnace wall at the top; the arch wall across the arch and arch foot is fixedly connected, the melting zone and before bed completely through. The structure of the utility model is symmetrically arranged between the smelting furnace melting area and the front bed area, and the arch wall is arranged between the arch feet and the arch foot and is fixedly connected with the arch foot, and the melting zone and the front bed area are thoroughly connected with each other, and the melting area and the front bed area are completely connected with each other. The melting area and the front bed area are completely connected with each other. The melting zone and the front bed area are completely connected with each other. The melting zone and the front bed area are completely connected with each other. The melting zone and the front bed area are completely connected with each other. The melting zone and the. There is no partition wall between the melting zone and the front bed area, the heat transfer efficiency is high, the freezing zone is not generated, the maintenance cost is low, the production efficiency is high, and the use is convenient.
【技术实现步骤摘要】
侧吹熔炼炉
本技术涉及一种侧吹熔炼炉。
技术介绍
目前使用的侧吹熔炼炉在熔炼区及前床区之间有一道独立的隔墙，隔墙中间部分预留有方形口，以便于熔体流入前床区内，方形口顶部设有拱墙，用于支撑、保护铜水套。这种结构侧吹熔炼炉因部分砖浸没在高温熔体内易受浸蚀，导致隔墙倒塌，从而无法保证隔墙的正常使用周期。其次，由于方形口两边有墙体，熔炼区及前床区大部分隔离，影响传热，因此前床区及隔墙拐角区域容易产生冻结区，影响生产正常进行，维修费用高，使用不方便，生产效率低。
技术实现思路
本技术目的在于提供一种维修费用低、使用方便、生产效率高的侧吹熔炼炉。为了解决上述技术问题，本技术的侧吹熔炼炉，包括熔炼区、前床区和铜水套，所述熔炼区和前床之间设有拱脚和拱墙，用于支撑、防护铜水套，所述拱脚对称置于熔炼炉熔炼区与前床区之间两炉壁顶部；所述拱墙横跨于拱脚之间且与拱脚固定连接，使熔炼区和前床区完全贯通。采用本技术的结构，由于拱脚对称置于熔炼炉熔炼区与前床区之间两炉壁顶部，拱墙横跨于拱脚之间且与拱脚固定连接，熔炼区和前床区完全贯通。熔炼区和前床区之间无隔墙，热传递效率高，无冻结区产生，维修费用低，生产效率高，使用方便。所述铜水套横跨拱脚之间的部分是与拱墙相适应的弧形。所述拱脚、拱墙分别由镁铬砖制成。【附图说明】图1是本技术的结构示意图。【具体实施方式】下面结合附图和【具体实施方式】对本技术作详细描述:如图1所示，本技术的侧吹熔炼炉，包括熔炼区、前床区和铜水套3。熔炼区和前床之间设有拱脚2和拱墙1，用于支撑、防护铜水套3。拱脚2对称置于侧吹熔炼炉熔炼区与前床区之间两炉壁顶部。拱墙I横跨于...
【技术保护点】
一种侧吹熔炼炉，包括熔炼区、前床区和铜水套（3），所述熔炼区和前床之间设有拱脚（2）和拱墙（1），用于支撑、防护铜水套（3），其特征在于：所述拱脚（2）对称置于侧吹熔炼炉熔炼区与前床区之间两炉壁顶部；所述拱墙（1）横跨于拱脚（2）之间且与拱脚（2）固定连接，使熔炼区和前床区完全贯通。
【技术特征摘要】
1.一种侧吹熔炼炉，包括熔炼区、前床区和铜水套(3)，所述熔炼区和前床之间设有拱脚(2)和拱墙(1)，用于支撑、防护铜水套(3)，其特征在于:所述拱脚(2)对称置于侧吹熔炼炉熔炼区与前床区之间两炉壁顶部；所述拱墙(I)横跨于拱脚(2)之间且与拱脚(2...
【专利技术属性】
技术研发人员：周安梁，简锡明，林志坚，李田玉，王振启，俞道明，鲁宗升，谢永金，刘富全，程仁懂，宋东明，
申请(专利权)人：珲春多金属有限公司，
类型：实用新型
国别省市：
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