截水骨架护坡模板从主要形状以及使用来看，是一种以钢模板焊接为主拼接而成的大型护坡工程钢模具，在进行加工制作的时候都是要按照要求来进行生产，如果生产过程中出现情况导致泥浆不能够正常凝固，那么相对的就会给模具带来一定的伤害，而且也会导致整批拱形骨架不能够正常的用作公路保护或者是山体防护工程了，每个生产环节在加工之前都要进行多次检查，包括模具的使用还有一些工具的使用等等，出现一点疏忽就会影响到整个流程不能够顺利的进行下去大量的材料浪费，所以说每次加工前都要做好检查准备工作。其实现浇技术使用非常安全，只要工人按照每一步严格的进行执行就不会出现错误。而一些不能够正常凝固的问题多数出在生产方式不正确和模具没有按照正规方式进行拼接从而出现的这些问题。钢模板出现问题虽然可以维修，但是多次的修补和打磨也会导致钢模板的生产效率下降，所以为了生产出来混凝土件的质量考虑必须要按照规定的方式进行操作，并且注意好对于现浇拱形骨架模板的保护工作。

From the main shape and use of the intercepting skeleton slope protection template, it is a large slope protection engineering steel mold mainly welded and spliced with steel templates. When processing and manufacturing, it must be produced according to the requirements. If there is a situation during the production process that causes the mud to not solidify properly, it will relatively cause certain damage to the mold, Moreover, it can also lead to the inability of the entire batch of arched skeletons to be used for road protection or mountain protection projects normally. Each production process requires multiple inspections before processing, including the use of molds and some tools. Any negligence can affect the smooth progress of the entire process, resulting in a large amount of material waste. Therefore, it is necessary to prepare for inspection before each processing. In fact, the use of cast-in-place technology is very safe, as long as workers strictly follow each step to execute, there will be no errors. Most of the problems that cannot solidify normally arise from incorrect production methods and the failure of molds to be spliced in a formal manner. Although problems with the steel formwork can be repaired, multiple repairs and polishing can also lead to a decrease in the production efficiency of the steel formwork. Therefore, in order to ensure the quality of the concrete components produced, it is necessary to operate in accordance with regulations and pay attention to the protection of the cast-in-place arch skeleton formwork.