Primary Steel Structure
Primary steel frames carry the building’s main loads and are engineered for project requirements.
PRE-ENGINEERED STEEL BUILDING
Structural Components Planned as One Building System
Primary framing, secondary steel, roofing and cladding are coordinated around the requirements of the building.
UNDERSTANDING PEB
What Are Pre-Engineered Buildings?
Pre-Engineered Buildings (PEB) combine primary steel frames, secondary members, roofing and cladding into a coordinated system, engineered to suit each project’s dimensions, loads, intended use and site requirements.
Secondary Steel Members
Purlins, girts and secondary members support the roof and wall systems within the PEB structure.
Roofing & Cladding
PEB roofing, wall cladding and related details are coordinated with the structural system.
Project-Specific Engineering
Building geometry, loads, openings, operational needs and site conditions guide the final PEB design.
Every PEB project is different. Member sizes, connections, loads and building layout require project-specific structural engineering.
FROM ENGINEERING TO ERECTION
How the Pre-Engineered Building System Works
A Pre-Engineered Building is developed as a coordinated steel building system. Project requirements are translated into the structural design, followed by fabrication of the steel components and planned erection at site.
PEB FABRICATION & ERECTION
From Structural Components to the Building at Site
Engineering, fabrication and erection are coordinated around the requirements of the individual project.
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PROJECT REQUIREMENTS
Building Inputs & Engineering
Building span, length, height, intended use, structural requirements, openings and other project inputs establish the basis for developing the proposed PEB building.
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STRUCTURAL SYSTEM
Primary & Secondary Steel
The primary frames and secondary steel members are configured as part of the overall PEB steel structure according to the project-specific structural design.
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PEB FABRICATION
Structural Steel Fabrication
Structural components are fabricated according to the approved project drawings and required member configuration before they are prepared for transportation and site erection.
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SITE EXECUTION
PEB Building Erection
Fabricated structural members are assembled and erected at site in coordination with the prepared foundations, approved drawings and planned construction sequence.
PEB BUILDING SYSTEM
Multiple Components. One Coordinated Building.
A Pre-Engineered Building brings the structural frame, secondary steel and building envelope together as an integrated industrial building system.
Primary Frames
Main structural framing of the PEB building.
Secondary Steel
Purlins, girts and associated secondary members.
Building Envelope
PEB roofing, wall cladding and related details.
PROJECT-SPECIFIC ENGINEERING
The PEB System Is Developed Around the Individual Building.
Structural loads, building dimensions, member sizes, connections, foundations, openings and other design requirements vary between projects. The final Pre-Engineered Building configuration should therefore be established through project-specific engineering and approved drawings.
FEATURES & BENEFITS
Why Consider Pre-Engineered Buildings?
Pre-Engineered Buildings bring structural framing, secondary steel, roofing and cladding together as a coordinated building system. For suitable industrial projects, the PEB approach allows the building to be planned around its dimensions, intended use and project-specific requirements.
INDUSTRIAL PEB BUILDINGS
Structure, Roofing & Cladding Planned Together
The PEB structure and building envelope are coordinated around the functional and engineering requirements of the project.
Integrated Steel Building System
Primary frames, secondary members and the building envelope are coordinated as part of the overall pre-engineered steel building system.
Project-Specific Configuration
PEB steel structures can be configured around the required building span, length, height, application, openings and project-specific structural requirements.
Industrial Building Applications
Industrial PEB buildings can be developed for warehouses, factories, manufacturing facilities and other industrial building applications.
Planned Steel Fabrication
PEB building fabrication follows the approved structural drawings and member configuration before fabricated components are prepared for site erection.
Coordinated Roofing & Cladding
PEB roofing, roof sheets, wall cladding and associated building-envelope details can be coordinated with the structural system during project planning.
Coordinated Site Erection
PEB building erection can be planned around the foundations, structural sequence, site access and approved project drawings.
PEB PROJECT PLANNING
Designed Around Your Building Requirements.
Building Geometry
Span, length & height
Building Use
Industrial application
Structural Needs
Loads & project requirements
Site Conditions
Access & execution planning
IMPORTANT
The appropriate PEB configuration depends on the individual project. Building dimensions, structural loads, foundations, connections, openings, crane requirements, roofing, cladding and site conditions should be evaluated through project-specific engineering before the final pre-engineered building construction system is confirmed.
INDUSTRIAL APPLICATIONS
Pre-Engineered Buildings for Industrial Applications
PEB buildings can be developed for warehouses, factories, manufacturing facilities and other industrial requirements. The building configuration is planned around its intended use, dimensions, operational needs and project-specific engineering.
MORE PEB APPLICATIONS
Steel Building Solutions Beyond Warehouses & Factories
The appropriate Pre-Engineered Building system depends on the intended application, structural requirements and project conditions.
Industrial Buildings
Industrial steel buildings planned around operational, structural and building requirements.
Steel Mezzanine Structures
Industrial mezzanine floors and steel mezzanine systems developed for suitable building requirements.
Structural Steel Works
Structural steel fabrication and structural steel erection for industrial building applications.
CHOOSING THE RIGHT PEB SYSTEM
Planning an Industrial Building? Start With the Project Requirements.
Share the proposed building span, length, height, intended use and project requirements to begin discussing the suitable PEB building configuration.
Building Size
Span × length × height
Building Use
Warehouse, factory or industrial
Operations
Access, equipment & workflow
Structural Needs
Project-specific requirements
STRUCTURAL STEEL SOLUTIONS
PEB Structural Solutions Beyond the Main Building
Industrial buildings may require additional structural steel systems beyond the primary PEB frame. Arch Roof integrates mezzanine structures, structural steel works and EOT crane supporting structures according to the requirements of the individual project.
INDUSTRIAL MEZZANINE
Additional Usable Floor Space
STEEL MEZZANINE STRUCTURES
Industrial Mezzanine Floor Systems
Steel mezzanine structures can create additional usable floor levels within suitable industrial buildings. Their configuration is developed around the required floor area, intended use, loading requirements and relationship with the main building structure.
Floor Requirements Planned around the intended use of the mezzanine.
Structural Integration Coordinated with the overall building configuration.
Project Engineering Member sizes and loads established through design.
STRUCTURAL STEEL WORKS
Structural Steel Fabrication & Erection
Structural steel works can include fabrication and erection of steel components required for industrial buildings and associated structures, based on the approved project drawings.
Structural Steel Fabrication
Structural Steel Erection
Industrial Steel Structures
CRANE SUPPORTING STRUCTURES
EOT Crane Supporting Steel Structures
Where an industrial facility requires an EOT crane, the supporting steel structure must be considered as part of the building's structural requirements and coordinated with the crane and project design inputs.
Crane Supporting Steel
Industrial Building Integration
Project-Specific Engineering
STRUCTURAL COORDINATION
Plan Additional Steel Systems With the Main Building.
PEB Structure
Primary building system
Mezzanine
Additional floor structure
Crane Supporting Steel
Supporting steel requirements
Final Building
Coordinated industrial facility
ENGINEERING CONSIDERATION
Additional Structures Affect the Overall Building Design.
Mezzanine loads, crane requirements, equipment loads and associated structural steel should be identified during project planning. Their effect on the primary structure, foundations, connections and other building components must be addressed through project-specific engineering.
WHY ARCH ROOF
One Team Across the PEB Project Cycle
Arch Roof brings together project planning, structural steel fabrication, roofing and site erection for pre-engineered buildings. This helps maintain coordination between the building requirements, factory activities and work at site.
PRE-ENGINEERED BUILDINGS
From Building Requirements to Site Execution
Design inputs, fabrication requirements and site activities are coordinated around the needs of the individual project.
PROJECT PLANNING
Requirement-Based Approach
The project starts by understanding the building dimensions, intended use, operational requirements and available project information.
FABRICATION
In-House PEB Manufacturing
Structural steel components are processed and fabricated through Arch Roof's PEB manufacturing facility according to approved project drawings.
SITE EXECUTION
Fabrication-to-Erection Coordination
Factory production, dispatch, site readiness and structural erection are coordinated as connected stages of the PEB construction process.
INDUSTRIAL SCOPE
Integrated Steel Building Solutions
The PEB scope can be coordinated with roofing, cladding, structural steel works, mezzanine structures and EOT crane supporting structures where required by the project.
CONNECTED CAPABILITIES
More Than the Primary Steel Frame
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PEB Buildings Industrial steel building systems
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Structural Steel Fabrication & erection
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Roofing & Cladding Industrial building envelope
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Mezzanine Structures Additional steel floor systems
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Crane Structures EOT crane supporting steel
OUR APPROACH
One Building. Connected Project Stages.
A PEB project involves multiple activities that need to work together. Arch Roof approaches these activities as connected parts of the overall industrial building.
- Understand Project requirements
- Plan Building & structural inputs
- Fabricate Structural components
- Execute Site erection & envelope
FREQUENTLY ASKED QUESTIONS
Questions About Pre-Engineered Buildings
Understand the key considerations involved in PEB buildings, from structural planning and fabrication to roofing, erection and project requirements.
A pre-engineered building is a steel building system in which the primary structural framing and associated components are engineered around the dimensions, loads, intended use and other requirements of the project. The system can include primary frames, secondary steel members, roofing, cladding and related building components.
PEB buildings are used for a range of industrial applications including warehouses, factory buildings, manufacturing facilities and other industrial steel buildings. The building configuration is developed according to the functional and structural requirements of the particular project.
A PEB steel structure typically combines primary structural frames, secondary members such as purlins and girts, and the building envelope, including roofing and wall cladding. Connections, openings and other components are determined by the project design.
During PEB building fabrication, structural steel components are prepared according to the approved project drawings and required member configuration. The fabricated components are then prepared for dispatch and subsequent assembly and erection at site.
Initial information generally includes the proposed building span, length, height, intended use, required openings and any special requirements such as mezzanine floors, EOT cranes or equipment. Additional structural and site information is established as the project develops.
Yes. A steel mezzanine structure can be incorporated where additional usable floor space is required and the project design permits it. The mezzanine configuration and loading requirements need to be considered as part of the overall structural engineering.
Explore Mezzanine StructuresAn industrial PEB building can be designed with EOT crane supporting structures where required. The crane requirements and associated structural loads must be identified during project planning and incorporated into the project-specific structural design.
Explore EOT Crane Supporting StructuresArch Roof undertakes structural steel fabrication and site erection as part of its PEB project capabilities. The exact scope is established according to the requirements and agreed scope of each project.
Explore Structural Steel WorksPEB systems can be used for warehouse and factory applications where the structural system is engineered for the building's dimensions, intended operations and project-specific requirements.
Arch Roof Insights
Roofing & Industrial Construction Insights
Explore practical insights on industrial roofing, pre-engineered buildings, construction planning and steel building solutions.
OUR CLIENTS
Trusted by Businesses
Across Industries
Arch Roof has worked with industrial groups, manufacturing companies and government institutions across India, delivering dependable industrial roofing and steel building solutions.
HAVE A PROJECT IN MIND?
Let's Build Your Next Project Together.
Planning a factory, warehouse or industrial building? Share your requirements with Archroof to discuss suitable industrial roofing services, pre-engineered buildings, standing seam roofing or turnkey construction solutions for your project.