中空式防浪块模具 (中空防浪块钢模具常规尺寸：120×120cm，中空防浪块模具与圆形橡胶气囊联合使用，模具为组合式，操作简单，拆模方便。中空式防浪块模具在现实生活中的用处越来越多，一个的模具技术水平，已成为衡量制造业水平的一个重要标志，也是保持这些的产品在市场上优势的核心竞争力。中国模具行业加快了体制。我厂防浪块模具具有良好的热稳定性。及材料具有抗高温化学腐蚀能力。具有良好的热疲劳抗力。及模具在受热和冷却交替进行的环境时。中空式防浪块模具材料具有抗疲劳损伤能力。热处理变形小开裂倾向小。以保证模具在热处理中不因过大变形而报废。在我国大力加强环保设施建设的现代。现如今海洋工程的结构型式很多，常用的有重力式建筑物、透空式建筑物和浮式结构物。重力式建筑物适用于海岸带及近岸浅海水域，如海提、护岸、码头、防波堤、人工岛等，以土、石、混凝土等材料筑成斜坡式、直墙式或混成式的结构。解决水流冲涮有多种针对不同情况的方案。例如，在堤岸表面蒙上混凝土，铺上砌块，铺石头等等。但这些措施，对于较大水流的持续冲刷，效果都不好。于是改变思路，不再直接保护大堤不被冲刷，而是设法减缓冲刷的水流速度，使之无法带走大堤的泥沙，砂石。

Hollow anti wave block mould (normal size of hollow anti wave block steel mould: 120 × 120cm, hollow anti wave block mould and circular rubber air bag are used together, the mould is combined, easy to operate and easy to remove. Hollow anti wave block mold is more and more useful in real life. A mold technology level has become an important indicator of the level of manufacturing industry, and also the core competitiveness to maintain the advantages of these products in the market. China's mold industry has accelerated the system. Our anti wave block mould has good thermal stability. And materials with high temperature chemical corrosion resistance. It has good thermal fatigue resistance. And when the mold is heated and cooled alternately. The hollow anti wave block mould material has the ability of anti fatigue damage. Small deformation and little cracking tendency of heat treatment. In order to ensure that the die will not be scrapped due to excessive deformation in heat treatment. In our country, we should strengthen the construction of environmental protection facilities. Nowadays, there are many types of structures in ocean engineering, such as gravity structure, open structure and floating structure. Gravity type buildings are suitable for coastal zone and coastal shallow water areas, such as sea lift, revetment, wharf, breakwater, artificial island, etc., which are made of soil, stone, concrete and other materials into slope type, straight wall type or mixed type structures. There are many solutions for different situations. For example, cover the surface of embankment with concrete, block, stone, etc. But these measures are not good for the continuous erosion of large water flow. So we changed our thinking, instead of directly protecting the levee from scouring, we tried to slow down the speed of the scoured water, so that it could not take away the sediment and sand of the levee.