Steel structure foundation pier mould is an important tool for making qualified foundation piers, and its use is fixed, and most of them are mainly prefabricated. This production method can not only ensure the production effect, but also speed up the construction progress. In order to achieve the desired production result, the mixing of the mud is the key. High-quality materials should be selected and mixed according to scientific proportions, usually concrete and cement. By mixing evenly with a mixer, mud agglomeration can be avoided and the hardness, compression resistance and hardness of the precast can be improved.
When making the steel structure foundation pier mold, it is necessary to refer to the production mode, take the bottom as the concrete filling position, and weld the support points around the mold. Considering that the small head column part needs to be connected to the embedded parts of the steel structure, the mold usually adopts the inverted mold method. In addition, the ribs at the junction of the panel and the screws should be thickened to accommodate the steel foundation piers of different sizes. In the specific construction process, the assembly and welding of the steel mold should be carried out according to the construction steps.
The steel structure foundation pier mould is composed of two parts: the lower end square and the upper end square column. There are various options for the rectangular size of the bottom, such as 120 cm 120 cm, 140 cm 140 cm, 160 cm 160 cm and 180 cm 180 cm, etc. When selecting the mold material, it should be selected according to the specific needs to ensure that the steel structure foundation pier produced meets the standard requirements.
Through the above production process, high-quality steel structure foundation piers can be produced, which provides reliable support and guarantee for subsequent construction. At the same time, reasonable material selection and scientific production process can save costs, improve efficiency, and create greater value for the construction unit.