Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides an insulating binding assembly for stainless steel bars in an antimagnetic area and a construction method, the insulating binding assembly comprises an insulating spacer and a binding belt, the insulating spacer is arranged at the crossing position of a first steel bar and a second steel bar, and the binding belt winds the first steel bar and the second steel bar. Compared with a traditional insulation binding method for stainless steel bars in an antimagnetic area, the insulation binding method has the advantages that the PVC insulation gaskets are used for conducting insulation isolation treatment on the intersection points of the stainless steel bars, the stainless steel bars and the PVC insulation gaskets are bound and fixed at the same time through the binding belts, and the contact area of concrete and the stainless steel bars is basically not affected; the influence of insulation treatment on bond stress between the stainless steel bars and the concrete is reduced, and the use function of a building structure is guaranteed on the premise that the insulation requirement of an antimagnetic area is met; meanwhile, the construction process is simplified, the construction time is shortened, the construction efficiency is improved, and the construction efficiency is remarkably improved.
本发明提供了一种防磁区不锈钢钢筋的绝缘绑扎组件及施工方法，包括绝缘垫片和绑扎带，所述绝缘垫片设置于第一钢筋与第二钢筋的交叉位置，所述绑扎带缠绕所述第一钢筋与所述第二钢筋。相比于传统的防磁区不锈钢钢筋的绝缘绑扎方法，本发明在不锈钢钢筋交叉点用PVC绝缘垫片做绝缘隔离处理，通过绑扎带对不锈钢钢筋和PVC绝缘垫片同时进行绑扎固定，基本不会影响混凝土与不锈钢钢筋的接触面积，减小了绝缘处理对不锈钢钢筋与混凝土之间握裹力的影响，在满足防磁区绝缘要求的前提下保证建筑结构的使用功能；同时，本发明简化了施工流程，缩短了施工时间，提高了施工工效，使施工效率显著提升。
The invention provides an insulating binding assembly for stainless steel bars in an antimagnetic area and a construction method, the insulating binding assembly comprises an insulating spacer and a binding belt, the insulating spacer is arranged at the crossing position of a first steel bar and a second steel bar, and the binding belt winds the first steel bar and the second steel bar. Compared with a traditional insulation binding method for stainless steel bars in an antimagnetic area, the insulation binding method has the advantages that the PVC insulation gaskets are used for conducting insulation isolation treatment on the intersection points of the stainless steel bars, the stainless steel bars and the PVC insulation gaskets are bound and fixed at the same time through the binding belts, and the contact area of concrete and the stainless steel bars is basically not affected; the influence of insulation treatment on bond stress between the stainless steel bars and the concrete is reduced, and the use function of a building structure is guaranteed on the premise that the insulation requirement of an antimagnetic area is met; meanwhile, the construction process is simplified, the construction time is shortened, the construction efficiency is improved, and the construction efficiency is remarkably improved.
本发明提供了一种防磁区不锈钢钢筋的绝缘绑扎组件及施工方法，包括绝缘垫片和绑扎带，所述绝缘垫片设置于第一钢筋与第二钢筋的交叉位置，所述绑扎带缠绕所述第一钢筋与所述第二钢筋。相比于传统的防磁区不锈钢钢筋的绝缘绑扎方法，本发明在不锈钢钢筋交叉点用PVC绝缘垫片做绝缘隔离处理，通过绑扎带对不锈钢钢筋和PVC绝缘垫片同时进行绑扎固定，基本不会影响混凝土与不锈钢钢筋的接触面积，减小了绝缘处理对不锈钢钢筋与混凝土之间握裹力的影响，在满足防磁区绝缘要求的前提下保证建筑结构的使用功能；同时，本发明简化了施工流程，缩短了施工时间，提高了施工工效，使施工效率显著提升。
Insulation binding assembly for stainless steel bars in antimagnetic area and construction method
防磁区不锈钢钢筋的绝缘绑扎组件及施工方法
JIANG TU (Autor:in)
02.07.2024
Patent
Elektronische Ressource
Chinesisch
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