In water conservancy engineering, there is a large demand for permeable frame molds. This is mainly because the permeable structure itself has the characteristics of stability and low center of gravity, which can effectively change the flow rate of the river and the flow direction of the water. Sometimes, a channel collapses, and a permeable structure can protect the channel from turbulent currents by changing the direction of the flow. Triangular permeable frame mold
The advantages of permeable frame molds are very obvious. Steel molds have good compressive resistance and thermal stability, which can ensure the stability of the overall shape when producing complex permeable structures. In addition, due to the long service life of steel molds, long-term exposure to water can cause them to deteriorate. Therefore, before using the permeable frame mold, the steel mold is fully oiled, which is equivalent to putting on a layer of first-class coat for it, isolating the direct contact between the mold and concrete and cement, thereby prolonging the service life of the permeable frame mold.
In general, permeable frame molds play a vital role in hydraulic engineering. Not only does it change the speed of the river and the direction of the flow, but it also provides protection for the river trough. In the process of use, proper maintenance measures for the steel mold can ensure its long-term stable function.