工业化生产的垂直孔保温黏土砌块,其设计理念是为了帮助终端消费者在日常生活中实现节能。生产符合质量要求的产品往往需要经过许多的工艺环节,由于生产过程中的每一环节都会耗能,因此即使是细微的优化也能带来很好的节能表现。如果垂直孔保温黏土砌块要体现出所需的保温性能,它的坯体必须有适当多的微小孔洞。这通常需要向坯体内添加可燃物,形成微孔洞的添加物来自造纸、木材加工和包装行业的废料。随着对砌体保温性能的要求不断提高,越来越多的诸如纸浆、木屑和来自废旧包装材料的聚苯乙烯碎块等材料被添加到黏土中。但是,这些添加物的纤维结构在切割过程中可能会导致砖坯切割面变形。这个问题需要采取适当的切割技术加以解决,否则,这些纤维可导致切割面 Industrial production of vertical hole insulating clay block, the design concept is to help end consumers in their daily lives to achieve energy saving. Producing products that meet quality requirements often requires going through many process steps, saving energy at every step of the production process, resulting in good power savings even with subtle optimizations. If the vertical hole thermal insulation clay block to reflect the required insulation performance, its body must have appropriate and more tiny holes. This usually entails the addition of combustibles to the body and the formation of microvoids from scrap in the paper, wood processing and packaging industries. As requirements for the insulation properties of masonry continue to increase, more and more materials such as pulp, sawdust and pieces of polystyrene from waste packaging materials are added to the clay. However, the fiber structure of these additives may cause the cut face of the brick to deform during the cutting process. This problem needs to be solved by appropriate cutting techniques, which otherwise can lead to cut surfaces