- Warehouses and distribution buildings
- Factories and workshops
- Industrial showrooms and service facilities
- Halls, covered activity spaces and large-span buildings
- Facilities planned for phased expansion
Pre-Engineered Buildings
Clear spans engineered around operations.
PEB combines engineered primary steel frames, secondary members, bracing and roof or wall systems in a coordinated building package. It is particularly effective when span, speed of enclosure, repeatable bays and future expansion matter.
Efficient clear spansControlled fabricationExpansion-ready planning
Complete system guide
More than a structural frame.
A PEB is not simply a steel shed. The structural grid, eave height, loading, movement, fire strategy, roof and wall build-up, drainage, ventilation, daylight, services and future operations should be resolved before fabrication information is released.
Structure and stability
Primary frames, secondary steel, bracing, connections and foundations are designed for the project loads, geometry, wind and seismic actions.
Envelope performance
Roof and wall panels, insulation, vapour control, daylight openings, ventilation and penetrations determine heat, condensation, rain and acoustic performance.
Operational fit
Racking, cranes, process loads, vehicles, clear heights, loading bays, fire access and service routes should shape the bay plan from the beginning.
- High rainfall, gutters, downpipes and site discharge
- Wind exposure and site-specific design actions
- Seismic load path and connection design
- Humidity, condensation and corrosion category
- Transport, crane access and safe erection sequence
- Operational brief and building grid
- Structural and foundation coordination
- PEB package and envelope specification
- Civil works, floors, drainage and services
- Fabrication, erection, inspections and handover
Best project fitWhere PEB creates value
- Warehouses and distribution buildings
- Factories and workshops
- Industrial showrooms and service facilities
- Halls, covered activity spaces and large-span buildings
- Facilities planned for phased expansion
Engineered performancePerformance is designed—not assumed
Structure and stability
Primary frames, secondary steel, bracing, connections and foundations are designed for the project loads, geometry, wind and seismic actions.
Envelope performance
Roof and wall panels, insulation, vapour control, daylight openings, ventilation and penetrations determine heat, condensation, rain and acoustic performance.
Operational fit
Racking, cranes, process loads, vehicles, clear heights, loading bays, fire access and service routes should shape the bay plan from the beginning.
Northeast India checksClimate, terrain and logistics matter
- High rainfall, gutters, downpipes and site discharge
- Wind exposure and site-specific design actions
- Seismic load path and connection design
- Humidity, condensation and corrosion category
- Transport, crane access and safe erection sequence
Cubora turnkey scopeOne team coordinates every interface
- Operational brief and building grid
- Structural and foundation coordination
- PEB package and envelope specification
- Civil works, floors, drainage and services
- Fabrication, erection, inspections and handover