Laser cutting galvanized square embedded steel plates for buildings

1. Ensure the firmness of the connection
Embedded in concrete to form a firm fulcrum: The embedded plate is fixed in the concrete through anchors or directly, and forms a strong support point after the concrete solidifies. Compared with drilling holes or adding support parts later, the embedded plate can withstand greater tension and shear force.
Avoid loosening and offset: Since the embedded plate is fixed when pouring concrete, it will not loosen due to vibration and external force like the connectors added later, thus better ensuring the stability of the steel structure.

2. Facilitate the installation of steel components
By eliminating the need for repeated measurements and positioning during construction, steel beams, brackets, and other steel components can be directly welded or fastened to the embedding plate by bolts, improving construction efficiency and reducing labor and time expenses.
In order to minimize any potential effects on the structural strength, no holes need to be drilled in the poured concrete while installing the steel structure because the embedding plate has designated connection holes or welding surfaces per the design drawings.

3. Adapt to high stress and specific force requirements
Disperse load: In key parts of bridges and buildings, embedded plates can help disperse structural loads, transfer loads evenly to concrete structures, reduce local stress concentration, and prevent steel structure components from breaking due to excessive stress.
Provide pull-out and shear resistance: embedded plates are usually used with anchors to resist high pull-out and shear forces, which is particularly important in high-stress environments such as multi-story buildings, bridges, and equipment bases.

4. Adapt to complex structural design
Flexible application to complex and irregular structures: The thickness and shape of the embedded plate can be precisely combined with the complex structure and can be flexibly adjusted to meet the design specifications. For example, in structures such as equipment platforms and pipeline supports, the embedded plate can be precisely positioned as needed to make the components seamlessly connected.

5. Improve the overall durability of the project
Reduce rust and maintenance needs: The embedded plate is covered with concrete and galvanized, so there are few locations exposed to corrosive environments. With this double protection, the service life of the project is greatly extended and the frequency of structural maintenance is reduced.
Ensure construction site safety: The firmness of the embedded plate ensures the stability and safety of steel structure installation, especially in high-altitude operations or large equipment installation. It can greatly reduce the possibility of construction-related accidents.

The role of the embedded galvanized embedded plate in the steel structure project is very critical. It is not only a connector, but also the support and guarantee of the entire structure. It plays an irreplaceable role in terms of installation convenience, force performance, durability and safety.