Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Desulfurization chimney titanium composite plate inner cylinder anti-corrosion structure and construction technology thereof
The titanium composite plate inner cylinder anti-corrosion structure comprises a titanium composite plate inner cylinder, the titanium composite plate inner cylinder is formed by sequentially splicing a plurality of annular cylinder bodies from top to bottom, each annular cylinder body comprises a steel base plate, a titanium plate lining is arranged on the inner side of each steel base plate, and the titanium plate lining is arranged on the outer side of the titanium composite plate inner cylinder. A titanium strip covers a vertical connecting welding seam and an annular welding seam which are formed in the titanium plate lining, and a titanium plate bottom coating and a photocuring nano sheet layer sequentially cover the surface of the titanium strip and the surface of the joint of the titanium strip and the titanium plate; the annular cylinder is arranged on the first operation frame and the second operation frame on one side of the first operation frame, and a crawling channel assembly is arranged between the first operation frame and the second operation frame. According to the anti-corrosion structure for the titanium composite plate inner cylinder of the desulfurization chimney and the construction technology of the anti-corrosion structure, the anti-corrosion performance is enhanced, the stability of the base material is guaranteed, the construction period is shortened, and the cost is reduced.
本发明公开了一种脱硫烟囱钛复合板内筒防腐结构及其施工工艺，包括钛复合板内筒，所述钛复合板内筒由多个环形筒体从上往下依次拼接而成，所述环形筒体包括钢基板，所述钢基板内侧设置有钛板内衬，所述钛板内衬上设置的竖向连焊缝和环形焊缝上覆盖有钛条，所述钛条表面、钛条和钛板衔接的处表面依次覆盖有钛板底涂层和光固化纳米片材层；所述环形筒体设置于第一操作架和第一操作架一侧的第二操作架上，所述第一操作架和第二操作架之间设置有爬行通道组件。本发明采用上述的一种脱硫烟囱钛复合板内筒防腐结构及其施工工艺，增强防腐性能，保证基材的稳定性，缩短了施工周期，降低了成本。
Desulfurization chimney titanium composite plate inner cylinder anti-corrosion structure and construction technology thereof
The titanium composite plate inner cylinder anti-corrosion structure comprises a titanium composite plate inner cylinder, the titanium composite plate inner cylinder is formed by sequentially splicing a plurality of annular cylinder bodies from top to bottom, each annular cylinder body comprises a steel base plate, a titanium plate lining is arranged on the inner side of each steel base plate, and the titanium plate lining is arranged on the outer side of the titanium composite plate inner cylinder. A titanium strip covers a vertical connecting welding seam and an annular welding seam which are formed in the titanium plate lining, and a titanium plate bottom coating and a photocuring nano sheet layer sequentially cover the surface of the titanium strip and the surface of the joint of the titanium strip and the titanium plate; the annular cylinder is arranged on the first operation frame and the second operation frame on one side of the first operation frame, and a crawling channel assembly is arranged between the first operation frame and the second operation frame. According to the anti-corrosion structure for the titanium composite plate inner cylinder of the desulfurization chimney and the construction technology of the anti-corrosion structure, the anti-corrosion performance is enhanced, the stability of the base material is guaranteed, the construction period is shortened, and the cost is reduced.
本发明公开了一种脱硫烟囱钛复合板内筒防腐结构及其施工工艺，包括钛复合板内筒，所述钛复合板内筒由多个环形筒体从上往下依次拼接而成，所述环形筒体包括钢基板，所述钢基板内侧设置有钛板内衬，所述钛板内衬上设置的竖向连焊缝和环形焊缝上覆盖有钛条，所述钛条表面、钛条和钛板衔接的处表面依次覆盖有钛板底涂层和光固化纳米片材层；所述环形筒体设置于第一操作架和第一操作架一侧的第二操作架上，所述第一操作架和第二操作架之间设置有爬行通道组件。本发明采用上述的一种脱硫烟囱钛复合板内筒防腐结构及其施工工艺，增强防腐性能，保证基材的稳定性，缩短了施工周期，降低了成本。
Desulfurization chimney titanium composite plate inner cylinder anti-corrosion structure and construction technology thereof
一种脱硫烟囱钛复合板内筒防腐结构及其施工工艺
SHI QIAYIN (Autor:in) / WANG ZHENHAO (Autor:in) / WEI ZHENGFENG (Autor:in) / JEONG IN WHA (Autor:in) / QIU TIANSONG (Autor:in) / XIAO HAIHONG (Autor:in)
07.07.2023
Patent
Elektronische Ressource
Chinesisch
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