In the process of use, GRC and wall connection should pay attention to what? , Thailand and Thailand tell you. The connection between the GRC member and the wall shall be determined. When the GRC component is free of water re, it can be filled with cement mortar. GRC component waterproof res, must use the building sealant or other waterproof materials processing. GRC components and wall changes at the junction should be based on the actual situation to design detailed nodes. Pay special attention to the possibility of installing the bolt to split the wall in the edge. Therefore, the location of the component must be ensured that the mounting bolt is at a certain distance from the edge.

Generally in order to highlight the wall has water, possible components should consider the drainage slope. Sitting on the fence GRC component may be drained to the roof, wall should be discharged to the outside wall of GRC component, component top surface drainage slope shall be not less 3%. For aerated concrete, hollow block, lightweight wallboard and hollow brick lightweight wall matrix and old buildings have loose or hollowing wall, facade design and selection of components must consider the safety and reliability of the structure of the wall, the structure design and the corresponding solutions

GRC component development in 1940s, but due to the substrate were using a large alkalinity of Portland cement and ordinary glass fiber composite cement, alkali glass fiber eroded, leading to a decline in the strength of the composite material. Because when the cement is produced, the SIO produced in the calcium hydroxide glass fiber causes the fiber strength to drop sharply, and the formation of calcium silicate hydrate destroys the glass fiber skeleton structure. This will greatly reduce the mechanical properties of GRC component products, which undoubtedly limits the development of GRC component technology. Since then, scientists from all over the world have shifted their research efforts to the development of low alkalinity cement and glass fiber. In 1966 the British successfully developed a sub component containing a certain proportion of Sam fil. The glass fiber has strong alkali corrosion resistance and can be used as reinforcing material for ordinary portland cement, and lays the foundation for the development of GRC components. Jinxi Thailand GRC welcome to negotiate.

在使用过程中，GRC与墙面连接要注意哪些呢？青岛金玺泰告诉大家。GRC构件与墙体的连接关系须确定。当GRC构件无防水要求，可用水泥砂浆填抹。GRC构件有防水要求，须用建筑密封胶嵌缝或其它防水材料处理。GRC构件与墙体变化处的连接处应根据实际情况设计详细节点。在边缘部位要特别注意安装螺栓将墙体劈开的可能性，因此，构件的位置确定须保证安装螺栓距边缘有一定的距离。

       一般为了突出墙面有积水可能的构件应考虑排水坡度。骑墙GRC构件可排向屋面，附墙GRC构件应排向墙外，构件顶面排水坡度应不少3%。对于加气混凝土、空心砌块、轻质墙板和空心砖等轻质墙基体和旧建筑已经酥松或空鼓的墙体，设计立面和选用构件必须考虑墙体结构的安全性与可靠性，做出相应的结构设计与处理方案

GRC构件发展于二十世纪四十年代，但是由于当时采用的基材是碱度较大的硅酸盐水泥与普通的玻璃纤维复合，水泥中的碱很快把玻璃纤维侵蚀掉了，进而导致复合材料的强度下降。因为当这种水泥化时生产的氢氧化钙玻璃纤维中的SIO发生作用，使纤维强度急剧下降，生成水化硅酸钙破坏了玻璃纤维骨架结构。这样，大大降低GRC构件制品的力学性能，这无疑限制了GRC构件技术的发展。此后，的科学家把研究工作的重点转向了低碱度水泥和玻璃纤维的研制方法去了。1966年英国成功研究了一种含有一定比例子成份的塞姆费尔。这种玻璃纤维具有很强的抗碱腐蚀性能，可用作普通硅酸盐水泥的增强材料，为GRC构件的发展奠定了基础。青岛金玺泰GRC欢迎大家前来考察洽谈。