The length of the ballast mould is usually in 1At about 2 meters, this concrete counterweight mould is suitable for excavating or crossing water bodies such as ponds and swamps, as well as areas with high groundwater levels and non-rocky sections. The inside has a curved design that looks a bit like a U-groove mold, but the internal surface is very smooth. The grade of concrete used in this mold should not be lower than the standard of C25. Around the concrete ballast mould, the thickness of the protective layer should be kept at about 35mm. In addition, in order to ensure the quality and stability of the ballast block, the size and shape of the concrete counterweight mould also need to be precisely controlled. These ballast blocks are commonly used as counterweights for bridges, buildings, and other structures to increase their stability and wind resistance. Counterweight mould
When using a concrete counterweight mould to make a ballast block, you need to place the mould on a solid ground first, and then use a concrete pump to inject the concrete into the mould. After the concrete has set, the mould can be opened and the ballast blocks that have been made can be removed. In order to ensure the quality of the ballast block, a professional vibrator is needed to vibrate the concrete to prevent porosity and cracks. At the same time, in order to make the ballast block have a better bearing capacity, steel bars or other reinforcing materials can be added to the concrete.
Concrete counterweight mould is an important construction tool that can be used to make high-quality ballast blocks to increase the stability and wind resistance of bridges, buildings, and other structures. During use, it is necessary to precisely control the size and shape of the mold, and use professional vibrators and protective layers to ensure the quality and stability of the ballast blocks.