Within Prefabricated Structure is known as a house whose most of the components like walls, roofs, toilets, and structural cubes and columns are designated and produced in factory and assembled in site. Based on the experience in certain countries, prefabricated structure has successfully entered commercial market. Prefabricated Structure shows a better infestation value than conventional houses. With prefabrication technology, building construction could be done faster and cost lower price, along with a good craftsmanship quality. Until now, Indonesia is still facing settlements issues and one of them is housing backlog whose amount revolves around 13 Million units. Prefabricated Structure potentially solve the settlement issue in Indonesia in a much faster way. Yet the development of prefabricated structure has not been accepted well in the market yet, both by the producers and the consumers.
Prefabricated Structure
Basic Principal
Strong & Light Weight
Exceptional Thermal and Sound Insulation
Consistent Quality
Quick to Install
Option of Joint- Less Single Panel
Option of Future Expansion
Option of Color Range and Design
Fire Resistant/ Retardant
Designed to Duit Varying Climate
Withstand Extreme Weather Conditions
Economical and Cost Effective
Durable and re- Locatable
Versatility in Design and Fabrication
Modular in Nature
Easy Maintenance
Features And Benefits
Standardization: Use standardized components and modules for ease of assembly.
Efficiency: Streamline production processes to minimize waste and maximize cost-effectiveness.
Quality Control: Maintain strict quality control during manufacturing to ensure structural integrity.
Transportability: Design components for easy transportation to the construction site.
Assembly Speed: Aim for quick and efficient on-site assembly.
Customization: Allow for somevel of customization to meet specific project needs.
Durability: Use durable materials to ensure a long lifespan.
Sustainability: Consider environmental factors and resource efficiency in design and construction.
Safety: Prioritize safety during both manufacturing and installation.
Cost-Effectiveness: Strive to reduce overall construction costs compared to traditional methods.
