A three chamber energy-saving heat preservation furnace for die casting includes a furnace body, which is composed of a heat preservation chamber, a feeding chamber and a soup taking chamber. The heat preservation chamber, a feeding chamber and a soup taking chamber are provided with isolation walls, the bottom of the isolation wall between the heat preservation chamber and the feeding chamber is provided with a first opening, the bottom of the isolation wall between the heat preservation chamber and the soup taking chamber is provided with a second opening, the top of the heat preservation chamber is provided with a heat preservation chamber cover, and the top of the charging chamber is provided with a heat preservation chamber cover A charging chamber cover is arranged on the square, an immersion heater is arranged at the bottom of the insulation chamber cover, and a lifting mechanism is arranged on the side of the furnace body. The upper part of the lifting mechanism is buckled and connected with the top of the insulation chamber cover. The insulation chamber is successively bonded with a high-density calcium silicate board furnace lining, insulation brick, nano microporous insulation board, advanced insulation ceramic fiber board and furnace shell from the inside to the outside. The utility model has the advantages of obvious energy-saving effect, high purification degree of aluminum liquid and good heat preservation effect.
【技术实现步骤摘要】
一种压铸用三室节能保温炉
本技术涉及压铸设备
,尤其涉及一种压铸用三室节能保温炉。
技术介绍
低压铸造在汽车行业中应用已经相当普遍,在低压铸造设备中,压铸保温炉是不可或缺的一部分,铝液通过转运包加入保温炉中,压铸保温炉通常置于压铸机侧,对其中的铝液持续加热并实现保温。现有压铸机机侧保温炉一般采用坩埚保温炉,坩埚保温炉由内向外依次设有易耗件坩埚、加热电阻带、绝热预制块和外部钢结构外壳,此类压铸保温炉能耗较高、铝液质量不佳,得到的产品不良率高。
技术实现思路
为解决现有压铸保温炉存在的技术缺陷,本技术提供一种保温性能好、铝液纯净、操作维护方便的压铸用三室节能保温炉。本技术所采取的技术方案为:一种压铸用三室节能保温炉,包括炉体,所述炉体包括保温室、加料室和取汤室,保温室、加料室和取汤室彼此隔离,保温室与加料室、保温室与取汤室、加料室与取汤室之间均设有隔离墙,保温室和加料室之间的隔离墙底部设有第一开口,保温室和取汤室之间的隔离墙底部设有第二开口,保温室上方设有保温室盖,加料室上方设有加料室盖,保温室盖底部设有浸入式加热器,炉体侧面安装有升降机构,升降机构上部与保温室盖顶部扣合连接,所述保温室由内向外依次贴合有高密度硅酸钙板炉衬、保温砖、纳米微孔绝热板、高级绝热陶瓷纤维板和炉壳。所述的炉壳由钢板和型钢制成的无变形钢结构外壳。所述的炉壳外焊接有加强筋。本技术的有益效果:(1)节能效果,以500kg炉为例,常规保温炉需要功率30kg以上,本炉型额定功率为12 ...
【技术保护点】
1.一种压铸用三室节能保温炉,其特征在于,包括炉体(4),所述炉体(4)包括保温室(1)、加料室(2)和取汤室(3),保温室(1)、加料室(2)和取汤室(3)彼此隔离,保温室(1)与加料室(2)、保温室(1)与取汤室(3)、加料室(2)与取汤室(3)之间均设有隔离墙(1.1),保温室(1)和加料室(2)之间的隔离墙(1.1)底部设有第一开口(1.2),保温室(1)和取汤室(3)之间的隔离墙(1.1)底部设有第二开口(1.3),保温室(1)上方设有保温室盖(5),加料室(2)上方设有加料室盖(6),保温室盖(5)底部设有浸入式加热器(8),炉体(4)侧面安装有升降机构(7),升降机构(7)上部与保温室盖(5)顶部扣合连接,所述保温室(1)由内向外依次贴合有高密度硅酸钙板炉衬(9)、保温砖(10)、纳米微孔绝热板(11)、高级绝热陶瓷纤维板(12)和炉壳(13)。/n
【技术特征摘要】
1.一种压铸用三室节能保温炉,其特征在于,包括炉体(4),所述炉体(4)包括保温室(1)、加料室(2)和取汤室(3),保温室(1)、加料室(2)和取汤室(3)彼此隔离,保温室(1)与加料室(2)、保温室(1)与取汤室(3)、加料室(2)与取汤室(3)之间均设有隔离墙(1.1),保温室(1)和加料室(2)之间的隔离墙(1.1)底部设有第一开口(1.2),保温室(1)和取汤室(3)之间的隔离墙(1.1)底部设有第二开口(1.3),保温室(1)上方设有保温室盖(5),加料室(2)上方设有加料室盖(6),保温室盖(5)底...
【专利技术属性】
技术研发人员:王宝林,乐欣,
申请(专利权)人:天津海特智能装备有限公司,
类型:新型
国别省市:天津;12
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