Lightweight Steel
The lightweight steel building system is a cutting-edge, robust, and flexible solution ideal for industrial construction. Designed with unique architectural and engineering solutions, most components are pre-produced in a controlled factory environment. Wall, roof, and insulation values are precisely calculated to match the specific climate conditions of the region.
Areas of use
Lightweight steel provides a versatile and efficient building solution suitable for various applications. Prefabricated panels made from lightweight steel offer durability, cost-effectiveness, and quick installation. Here are some key areas where lightweight steel can be used:
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Residential Buildings: Affordable housing solutions, single-family homes, multi-storey apartment buildings.
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Commercial Structures: Offices, retail spaces, and showrooms.
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Educational Facilities: Schools, classrooms, training centers.
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Healthcare Buildings: Clinics, hospitals, health centers.
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Industrial Units: Warehouses, factories, workshops.
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Temporary and Emergency Housing: Disaster relief shelters, temporary accommodations for workers.
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Social and Public Facilities: Community centers, libraries, recreation centers.
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Dining and Hospitality: Restaurants, cafeterias, canteens.
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Sanitary Facilities: Public restrooms, showers, laundry rooms.
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Storage Solutions: Storage units, garages, sheds.
Manufacture Process
Stage 1 : Project Drawing
The manufacturing process of a prefabricated house begins with design and planning. Architects create detailed blueprints tailored to the client’s needs. Engineers ensure that the structure is sound and meets building codes.
Stage 2 : Material Selection
Once the design is finalized, materials are selected based on their quality and sustainability. The selection process considers factors such as wind speed, maximum and minimum temperature conditions, and the personal requirements of the customer.
Stage 3 : Component Fabrication
Next, the fabrication stage takes place in a controlled factory environment. Here, materials are precision-cut and shaped into components like walls and roof panels. These components are then assembled into modules, which undergo thorough quality control checks to ensure they meet all standards.
Stage 4 : Transportation
Once the modules are ready, they are transported to the construction site. The site is prepared, and the modules are carefully placed on the foundation.
Stage 5 : On-Site Assembly
They are joined together, and connections for utilities like electricity and plumbing are made. Finally, finishing touches are added, including installing windows, doors, and interior finishes. A comprehensive inspection is conducted to ensure that everything is built to code and meets the client’s expectations
