Sp pre-resilient hollowboard workflow

    Sp pre-resilient hollow plateThe workflow consists mainly of the following steps:
Design: determination of parameters such as size of pre-resilient hollow plate, setting of pre-resilient bands, pre-resilient force values according to engineering needs and design requirements。
2. Modelling: modelling for pre-resilient spectrometers to ensure that their size and shape meet the design requirements。
3. Sp pre-resilient cardiac cord processing and pre-resilience: processing of sp pre-resilient carcinators, including cutting, bending, etc., in accordance with design requirements. The pre-force band is then placed in the mould and pre-force values are applied。
4. Construction of concrete: the placement of pre-resilience bands in the moulds and the construction of concrete to ensure that the concrete is fully filled with and closely integrated with the pre-resilience bands。
5. Conservation: once concrete is laid, conservation is carried out and pre-resilient hollow plates are kept wet and at appropriate temperatures to ensure the strength and durability of concrete。
Demolition: when concrete conservation is completed, the mold will be removed and the pre-resilient hollow plate removed。
7. Tests: tests of pre-resilient hollow plates, including sp pre-resilient hollow panels, size accuracy, pre-rest force values, etc。
Transportation and installation: the pre-resilient hollow plate will be transported to the engineering site and installed to ensure strong and stable connectivity of the blank plate to other components。
The above is the general production workflow of the sp pre-resilient hollow plate, the operation of which needs to be adapted to the actual circumstances and design requirements。
In addition to the above-mentioned workflow, there are a number of concerns that need to be taken into account throughout the production process. For example, the production of an empty plate of sp pre-resilient power requires the use of concrete-intensity zero-fall concrete of c40-c45, which contains only enough water for cement hydrosis, with the advantage of a smaller contraction and transformation of concrete than is generally the case。
From: http://www. Sqfscl. Cn