A clamp body model structure for casting level patterns of hot dispersed in the bridge on both sides, characterized in that it is composed of the pouring cup, sprue, runner, filter, horizontal runner, into the water, riser, riser neck, insulation system and the casting cavity. The pouring cup is connected to the vertical runner; the vertical direction of the sprue runner connection; the runner is connected at the end of lateral runner through filter; the filter and the runner and runner is laterally arranged in parallel; the lateral runner riser connected by into the water, take each port through the riser neck connecting a casting cavity; each casting cavity in casting and end are respectively arranged inside the insulation system are respectively connected to the riser and the casting; each casting cavity and riser are independent in water system. Superiority: the structure of the model adopts the independent riser feeding system. Through the design of the insulation system, the feeding channel of the casting is kept unblocked, and the hot spots in the distracted area are connected with each other and effectively replenish.
【技术实现步骤摘要】
用于铸造水平造模式热点分散于桥部两侧的钳体模型结构(一)
:本技术涉及铸造模型结构设计,适用于球墨铸铁材质之水平造模式钳体产品,即用于铸造水平造模式热点分散于桥部两侧的钳体模型结构。(二)
技术介绍
:在传统工艺设计方案中,铸件的冒口位置会依据其热点位置进行设计,当产品出现复数热点分散于铸件各处时,便会在各个热点位置分别设置冒口以避免缩松问题产生,此类设计会大幅影响铸件的成本率,且一个铸件若存在复数冒口,冒口在补缩过程中会互相干涉使得冒口补缩效率降低,导致出现铸件缩松、缩孔等现象。(三)
技术实现思路
:本技术目的在于提供一种用于铸造水平造模式热点分散于桥部两侧的钳体模型结构,它能够解决现有技术的不足,针对上述成品率及缩松问题,通过保温方案及冒口设计,使铸件内部分散的热点间补缩通道打开,进而让单一冒口能有效达成复数热点的补缩,避免铸件内部之缩松、缩孔不良,达成产品质量稳定与成品率的提升。本技术的技术方案:一种用于铸造水平造模式热点分散于桥部两侧的钳体模型结构,其特征在于它是由浇口杯、竖浇道、横浇道、滤渣片、横向分浇道、入水片、冒口、冒口颈、保温系统与铸件型腔所组成,所述浇 ...
【技术保护点】
一种用于铸造水平造模式热点分散于桥部两侧的钳体模型结构,其特征在于它是由浇口杯、竖浇道、横浇道、滤渣片、横向分浇道、入水片、冒口、冒口颈、保温系统与铸件型腔所组成,所述浇口杯连接竖浇道;所述竖浇道的垂直方向连接横浇道;所述横浇道末端通过滤渣片连接横向分浇道;所述滤渣片与横浇道及横向分浇道为平行设置;所述横向分浇道通过入水片连接冒口,每个冒口通过冒口颈连接一个铸件型腔;每个铸件型腔于铸件内侧与尾端分别设置保温系统,分别连接于冒口与铸件上;每个铸件型腔与冒口皆为独立入水系统。
【技术特征摘要】
1.一种用于铸造水平造模式热点分散于桥部两侧的钳体模型结构,其特征在于它是由浇口杯、竖浇道、横浇道、滤渣片、横向分浇道、入水片、冒口、冒口颈、保温系统与铸件型腔所组成,所述浇口杯连接竖浇道;所述竖浇道的垂直方向连接横浇道;所述横浇道末端通过滤渣片连接横向分浇道;所述滤渣片与横浇道及横向分浇道为平行设置;所述横向分浇道通过入水片连接冒口,每个冒口通过冒口颈连接一个铸件型腔;每个铸件型腔于铸件内侧与尾端分别设置保温系统,分别连接于冒口与铸件上;每个铸件型腔与冒口皆为独立入水系统。2.根据...
【专利技术属性】
技术研发人员:孟春凤,
申请(专利权)人:勤威天津工业有限公司,
类型:新型
国别省市:天津,12
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