Light Gauge Steel Framing Specialist
Algeria Light Steel manufactures and prepares cold-formed galvanised light steel frames.
In Algeria, the scope can also include erection or extend to a turnkey project, depending on your requirements.
Explore the frame in 360°
Algeria Light Steel brings together the expertise and resources that turn project data into a frame ready for assembly: structural engineering, digital preparation, cold forming, pre-assembly, assembly, quality control, logistics and on-site erection.
Depending on the agreed scope, this process delivers a Structure Kit, a Panel Kit, an erected frame or the coordination of a broader building project.
Using the project drawings and constraints, the engineering team defines the grids, sections, bracing, openings, supports, junctions and anchors. The Approved for Fabrication milestone freezes the technical version to be produced before work begins in the factory.
The approved model is translated into production data: cuts, perforations, service holes, identification marks, panel breakdown and assembly sequence. Every section is assigned an identifiable function and position within the frame.
Coils of galvanised steel are cold-formed into sections for walls, floors and trusses. Where required by the project, a dedicated line also produces the profiled steel decking used in composite floors.
The prepared components are identified and inspected before being grouped by panel for a Structure Kit, or assembled into panels and trusses in our factory. Preparation follows the intended erection sequence.
The sections or panels are packed and organised for transport. In Algeria, Algeria Light Steel can also erect the frame and coordinate a broader scope when it has been clearly defined in the contract.
Solution 1 · level 1
Entrust us with the engineering and supply of the frame.
The sections are manufactured and prepared in the factory, then assembled on or near the construction site. They are produced to the project’s technical specifications, cut, perforated, marked and grouped by panel.
Solution 1 · level 2
Reduce on-site assembly operations.
The panels, trusses and subassemblies are assembled in the factory, ready to be connected to one another and anchored to the base. This level of prefabrication reduces on-site assembly operations and must be coordinated with transport, access, lifting and the erection sequence.
Solution 2
Extend the scope beyond the frame.
The building envelope, roof, windows and doors, building services, fit-out and finishes can be included according to the project and contract, up to a completed, habitable building where that scope has been agreed.
Your drawings or a design to adapt.
Repetition, variants, prefabrication and sequencing.
Low added weight and assessment of the existing structure.
Loads, spans and operational constraints.
Care programme, flows, equipment and services.
Repeated grids, specialist spaces and phasing.
Whether you have completed drawings, a design to adapt or simply a brief, start with what you have today.
We review them to identify the information required for the study.
Choose a source of inspiration to adapt to your brief, site and preferences.
Describe the intended uses, areas and constraints already known.
The benefits of the Light Steel Framing System are not limited to the weight of the steel. They also come from the way the frame is engineered, prepared in the factory and organised for erection.
Roll-forming, cutting, perforation and identification take place before delivery. The construction site receives components that have already been prepared, allowing the structural phase to progress faster with less fabrication work to be repeated on site.
Openings, supports, junctions and planned service penetrations are coordinated in advance. Every section arrives cut, perforated and identified in accordance with the approved documentation, limiting last-minute adaptations.
Sections sorted and grouped by panel as a Structure Kit, or panels and trusses pre-assembled in the factory as a Panel Kit: the level of preparation is adapted to transport, access, available teams and the pace of construction. Erection can also be included within the agreed scope.
Once a building type has been approved, its variants and sequences can use the same technical foundation. Production and erection are organised in series, saving time across the development rather than on a single building alone.
At the structural stage, assembly is carried out mainly with screws and bolts. Fewer wet operations and improvised cuts mean a cleaner, clearer work area that is easier to hand over to the following trades.
The lightweight frame simplifies handling and limits added loads. This is particularly useful for certain extensions and additional storeys, subject to an assessment of the existing structure, and can also help optimise foundations and transport.
Prepared sections become panels or trusses and are then assembled into the structural frame. The envelope and building services subsequently complete the building and contribute to its final performance.
Foundations, walls, floors, roof, openings and services impose supports, penetrations, junctions and tolerances that must be incorporated into the approved documentation. Coordinating them before Approved for Fabrication prevents the construction site from becoming a place for corrective work.
These designs provide adaptable architectural starting points for clients who do not yet have their own drawings.
Contemporary Villas
Houses by plot dimensions
Grouped and multi-unit housing
FIRST CONVERSATION
Share your starting point. We will assess the building, its context and the scope to be studied.
AFTER YOU SUBMIT
