The design of the four-legged cone mold is simpler than that of other types of wave block molds, but its manufacturing process requires a high degree of technology. Due to its large weight and the gradual pattern of the four corners, it is required that the three templates must be consistent with each other to ensure the integrity of the mold butt. In addition, the filling port at the top of the mold adopts a flat pattern, so that the concrete can be evenly distributed when it vibrates, ensuring the compactness of the concrete. Quadrangular cone wave block mold
When making a four-legged cone steel mold, a large laser machine is used to precisely cut the steel plate. With its advantages of high precision and high efficiency, laser cutting technology ensures the accuracy of the dimensions of each part of the mold, so that the whole set of molds can be successfully assembled. In addition, in order to ensure the durability of the mold, the cut steel plate needs to be sanded and polished to improve its surface finish.
During the assembly process, special attention needs to be paid to the docking accuracy between the various templates and the matching degree of the position of the template and the filling port. After the docking is completed, strict quality inspection is required to ensure the integrity and functionality of the mold. Although the shape of the four-legged vertebral body mold may seem simple, its manufacturing process requires a high degree of professional technology and strict quality control in order to produce high-quality four-legged vertebral wave blocks.