Cold-formed steel framing
HOW IT IS BUILT
Steel profiles form the structure; enclosures and services are assembled around it.
COMMON APPLICATIONS
Homes and permanent educational, commercial or administrative buildings.
View examplesVALCOR · BUILDING SYSTEMS
Understand the options. Choose with confidence.
Steel framing, modular construction and base camps solve different needs. Start with the type of space, then explore how it is built and what each option requires.
01 / VALCOR
Cold-formed steel framing
Cold-formed galvanized steel components manufactured for assembly on site. Permanent homes and buildings with cladding, insulation and services coordinated from the design stage.
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02 / VALCOR
Modular construction
Factory-prepared spaces transported and connected on site. For offices, classrooms, accommodation and services, with expansion or relocation where the design allows.
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03 / VALCOR
Mobile camps and tents
Tents, accommodation, dining, sanitation and climate control coordinated as one solution. Layout, supply and assembly planned around your operation and site conditions.
Explore this systemValcor concept renderings illustrate the building systems.
THE DIFFERENCE, SIMPLY EXPLAINED
What changes from one system to another?
Modular construction
HOW IT IS BUILT
Factory-prepared units are transported and connected on site.
COMMON APPLICATIONS
Classrooms, healthcare spaces, offices and accommodation, from individual units to complexes.
View examplesBase camps and tents
HOW IT IS BUILT
Tents and support modules combine accommodation, dining and sanitation.
FROM OPTIONS TO YOUR PROJECT
Three things to define first.
You do not need to arrive with a chosen system. Tell us what the space is for, where it will be built and what you need included.
Use and capacity
People, activities, space and operational needs.
Site and logistics
Access, ground conditions, transport, unloading and assembly.
Scope and delivery
Engineering, supply, civil works, services and finishes.
WHY THESE SYSTEMS
What changes when construction is planned for assembly.
The advantages come from combining engineering, controlled production and a prepared site. Valcor selects the system around the building’s use, performance requirements and delivery conditions.
Less time on site
Off-site production and dry assembly allow activities to overlap and reduce wet trades. Components arrive prepared for a defined installation sequence.
Coordination before construction
The BIM model connects structure, architecture and services. Identifying clashes in design reduces late adjustments and supports quantity and decision control.
Precision and traceability
Automated production and fabrication drawings support consistent dimensions, component identification and organized quality control.
Lightweight, seismic-resistant design
Light steel structures reduce self-weight. Seismic performance depends on the calculations, bracing, connections, anchorage and foundations designed for each site.
Flexibility and growth
Systems accommodate different layouts, cladding and insulation solutions. Modules can be expanded, dismantled or relocated when their configuration and design allow.
Materials and resources
Steel is recyclable and non-combustible. Planned production helps reduce offcuts and waste; fire resistance and thermal and acoustic performance are specified for the complete wall and roof assemblies.
INDUSTRIALIZED CONSTRUCTION
Build faster. Put spaces to work sooner.
Digital coordination, off-site manufacturing and organized assembly shorten the path from design to operation. Factory production and site works can run in parallel.
70–90%faster*Reported system comparison
ILLUSTRATIVE SCHEDULE IN THE SYSTEM LITERATURE
Traditional construction18 months
Industrialized construction4 months
* 70–90% faster is the comparison reported in the 2026 commercial system literature against traditional construction. It is a reference, not a guaranteed Valcor project result. Actual schedules depend on scope, approvals, foundations, access, services and finishes.
SAVINGS AND COST CONTROL
Less time on site. More value from your investment.
Industrialized systems can reduce delivery costs and bring a building into use sooner. Valcor assesses potential savings using comparable budgets for each project’s scope, location and finishes.
Lower site overhead
A shorter schedule can reduce site administration, equipment rental and temporary-facility costs. The effect depends on the schedule and contract terms.
Less waste and rework
Planned manufacturing and coordinated drawings help reduce offcuts, additional purchases and corrections during assembly.
Earlier occupancy
Putting spaces to work sooner can bring forward revenue or operational availability, depending on their use and demand.
Financial savings are estimated for each project. The system’s speed comparison does not establish an average percentage reduction in the construction price.
STANDARDS AND PERFORMANCE
Engineering for the place where we build.
Seismic performance is developed through the complete structural system: members, bracing, connections, anchorage and foundations. These design references appear in the technical literature for the systems Valcor integrates.
NSR-10Colombia
Seismic-resistant building design and construction reference.
REP-2021Panama
Structural design reference, identified as REP-21 in the system brochure.
IBC · AISC · AISIInternational / USA
Building and structural steel references, including cold-formed steel where applicable.
The responsible engineering team confirms the applicable jurisdiction, code edition and project requirements. These are design references, not ISO certifications or a guarantee that any configuration meets every code.
THE NEXT STEP
Let’s bring your project together.
Tell us where you are. We’ll help define what comes next.