This invention discloses an aluminum formwork support device that facilitates concrete pouring construction, belonging to the field of concrete pouring construction technology. It includes multiple parallel-distributed aluminum
alloy formworks, as well as installation frames, separators, connecting blocks,
assembly locking mechanisms, connecting plates, and
diagonal bracing mechanisms. During the docking process between the connecting blocks and the connecting grooves, the
insertion of the connecting blocks and U-shaped rods, the
insertion of the connecting racks and limiting holes, and the alignment of the fixing sleeves and protective sleeves are carried out simultaneously. Through the threaded locking between the locking bolts and the fixing sleeves, and the docking action between the locking bolts and the protective sleeves and the locking bolts, the two installation frames are doubly locked through the inner sidewalls and the outer perimeter. This ensures stable
assembly between multiple installation frames, effectively improving the stability of the aluminum
alloy formwork during
assembly and installation, greatly ensuring the flatness of adjacent aluminum
alloy formworks and the surfaces of the installation frames. It is easy to operate and highly stable.