Manufacturing Cost of Cement Prefabricated Houses

The manufacturing cost of cement prefabricated houses is influenced by factors such as house specifications, design, decoration standards, transportation distance, and foundation complexity, with no fixed value. However, the range can be analyzed through cost components.

1. Material Costs

Materials are the core part of manufacturing costs, primarily including cement, steel bars, sand, and gravel. Typically, C30 or higher-grade concrete is used, along with national standard steel bars to ensure structural strength and durability. Taking rural areas in Henan in 2024 as an example, the cost per square meter of cement prefabricated houses is approximately over 300 RMB, with the total cost of a large villa being around a hundred thousand RMB. If additional facilities such as photovoltaic roofs and smart home systems are installed, the comprehensive cost can rise to about 600 RMB per square meter. Additionally, industry data from 2026 shows that prefabricated cement houses, due to factory prefabrication reducing on-site labor dependency and construction time, can save 30%-50% in comprehensive costs compared to traditional brick-and-mortar structures.

2. Mold Costs

Molds are a one-time investment, with costs amortized over each house. The material, craftsmanship, and customization level of molds directly affect the price. Projects with small batch sizes or high customization demands have a relatively higher proportion of mold costs; whereas for standardized, large-scale production projects, mold costs can be significantly reduced through amortization.

3. Transportation Costs

Prefabricated houses are large and heavy, with transportation costs typically calculated based on kilometers traveled or cargo volume and weight. Cross-province transportation costs increase significantly. For example, in a 2024 case in Henan, manufacturers reduced transportation costs to 18 RMB per square meter through centralized distribution. Transportation distance, road conditions, and logistics efficiency are key factors affecting costs.

4. Installation Costs

Installation costs include equipment rental fees, labor costs, and expenses for on-site lifting, splicing, and fixing procedures. A 2024 case in rural Henan shows that four workers, in cooperation with a crane, can complete assembly, reducing labor costs by 80% compared to traditional methods. The improvement in installation efficiency benefits from the standardized design of prefabricated components, reducing the complexity of on-site construction.

5. Foundation Treatment Costs

Foundation treatment needs to be carried out according to local geological conditions, such as pouring concrete pads or strip foundations. Costs vary significantly by region. For example, soft soil foundations require additional reinforcement, while rocky foundations have lower costs. Foundation treatment is a crucial step in ensuring house stability, and its costs cannot be overlooked.