Prefabricated Components for Concrete Houses
The prefabricated components for concrete houses are concrete building parts pre-processed and manufactured in factories, featuring various types and significant advantages.
Main Types of Prefabricated Components
The prefabricated components for concrete houses come in a wide variety, covering the main structural parts of buildings. Classified by structural components, they include beams, slabs, walls, columns, etc., which are the fundamental elements forming the house frame and enclosure structure. Classified by concrete type, there are ordinary concrete prefabricated components and prestressed concrete prefabricated components. Prestressed concrete improves the crack resistance and stiffness of the members by applying prestress in advance. Classified by working location, they are divided into factory-prefabricated and on-site-prefabricated. Factory prefabrication is suitable for standardized mass production, fully leveraging the advantages of industrial production; on-site prefabrication is used in cases of transportation difficulties or for special components. In addition, there are some special components, such as prefabricated wall panels, floor slabs (including prefabricated cement hollow floor slabs, steel-frame concrete lightweight floor slabs, etc.), components related to EPS cement foam machines for the construction of prefabricated house walls, as well as prefabricated cement concrete templates for the foundations of rural self-built houses and steel molds for house foundation beams.
Production Methods and Advantages of Prefabricated Components
Prefabricated components are produced through industrialization, with forming methods including flat-mold unit assembly lines and vertical molds. Vertical molds save land, and long-line beds are suitable for open-air production of thin components. During production, automated equipment such as steel bar automatic processing machines, CNC material distribution robots, and intelligent mold-laying robots are used. Quality inspection throughout the process is achieved through QR code traceability and 3D laser scanning technology, ensuring the quality and precision of the components. Their advantages are remarkable, saving labor, overcoming seasonal impacts, facilitating year-round construction, significantly reducing on-site wet work, and improving construction speed. When building a house, the prefabricated components can be quickly assembled like building blocks to obtain a rough house.
