Cement Prefabricated House Production Workshop
The cement prefabricated house production workshop is the core part of the production of prefabricated cement houses, featuring standardized production processes, remarkable product characteristics, and multiple advantages.
Production Process: High Mechanization and Precise Control
The workshop adopts fully mechanized operations throughout the production process to ensure production efficiency and component quality. First, steel bars are processed by automated equipment according to design drawings, undergoing straightening, stirrup bending, welding, and other processes to form steel bar frameworks. Some processes use steel bar truss welding machines to enhance structural strength. Subsequently, the frameworks are placed into custom molds, and concrete is poured after being uniformly proportioned through conveyor belts and mixing towers. Vibrating equipment is used to eliminate air bubbles and ensure compactness. After pouring, the components are sent to a constant-temperature and constant-humidity curing kiln, where temperature and humidity are precisely controlled through a machine interface. Regular curing for 8 to 12 hours is sufficient to achieve lifting strength, which is much faster than traditional open-air curing and offers more stable quality. For example, in the workshop of Broad Homes Industrial (Hangzhou) Co., Ltd., sand and cement are transported into the mixing tower via conveyor belts, cement tankers directly fill the feeding ports, and rail cars transport the materials to the production process, forming an efficient closed loop.
Product Characteristics: Structural Stability and Outstanding Safety Performance
Prefabricated houses adopt a reinforced concrete integral structural design and are produced using uniform molds, achieving complete specifications and precise dimensions. The houses have strong integrity and high structural stability. In terms of materials, the synergy between steel bars and concrete endows the components with fire-resistant and earthquake-resistant safety performance, with a significantly higher safety factor than traditional buildings. Additionally, factory-based production allows for precise positioning of embedded parts (such as door and window frames and conduit slots), and the finishing layers (such as exterior wall tiles and interior wall plastering) can be processed simultaneously, achieving "integrated molding" and reducing errors from secondary processing on-site.
Advantages: Environmental Protection, Efficiency, and Resource Conservation
Factory-based production causes minimal environmental disturbance, significantly reducing dust, noise, and sewage emissions at construction sites through enclosed operations. Raw material proportions are precisely controlled by computers, reducing material waste and lowering construction waste by approximately 50% compared to traditional methods. Meanwhile, production and on-site construction can proceed in parallel, with pre-embedding processes for doors, windows, and conduits completed in the workshop, reducing on-site work by more than 70%, shortening construction periods, and lowering labor costs. For example, the constant-temperature and constant-humidity environment in the curing kiln increases the strength development rate of components by 30%, further optimizing production efficiency.
In conclusion, the cement prefabricated house production workshop achieves a balance between quality, efficiency, and environmental protection through mechanized, standardized, and integrated production, representing an important practice in modern building industrialization.
