Illustration of Base Sizes for Prefabricated Houses

The common models of prefabricated reinforced concrete foundations and their corresponding base sizes are as follows: Model DJ - 1100 has a base size of 1.1×1.1 meters; Model DJ - 1500 has a base size of 1.5×1.1 meters; Model DJ - 1800 has a base size of 1.8×1.8 meters; Model DJ - 2200 has a base size of 2.2×2.2 meters; Model DJ - 2400 has a base size of 2.4×2.4 meters.

Prefabricated reinforced concrete foundations are a commonly used foundation type in construction projects. Different models correspond to different base sizes, which are determined based on various factors such as the load of the building and geological conditions.

Model DJ - 1100 has a relatively small base size of 1.1×1.1 meters. It is suitable for buildings with a small load and low requirements for foundation bearing capacity, such as small single-story houses or some ancillary buildings. This smaller-sized foundation is relatively convenient for construction and requires relatively less material.

Model DJ - 1500 has a base size of 1.5×1.5 meters. Compared to DJ - 1100, its bearing capacity is improved, allowing it to withstand a slightly larger load. It can be used for medium-sized single-story or low-rise buildings, such as ordinary commercial shops.

Model DJ - 1800 has a base size of 1.8×1.8 meters. This size of foundation can meet the requirements of a relatively large load and is commonly used for multi-story houses or small public buildings, providing a relatively stable foundation support for the buildings.

Model DJ - 2200 has a base size of 2.2×2.2 meters. It is suitable for buildings with a large load and high requirements for foundation stability, such as some medium-sized industrial plants. Its larger size can better disperse the load of the building and ensure the safety and stability of the foundation.

Model DJ - 2400 has a base size of 2.4×2.4 meters, which is the largest among these common models. It is usually used for large buildings or foundation projects with complex geological conditions that require higher bearing capacity, such as the foundations of high-rise buildings.