Pre Engineered Building Structure

Pre Engineered Building Structure Specification

Technics
Welded, Bolted, Prefabricated Assembly

Features
High Strength and Durability

Usage & Applications
Warehouses, Industrial Sheds, Workshops, Factories, Logistics Centers

Surface Treatment
Paint Coated / Galvanized

Height
Up to 12m+ (customizable)

Roof Material
Galvalume/ Galvanized Steel Sheets

Material
Steel

Type
Pre Engineered Building Structure

Size
Customizable as per project requirements

Shape
Rectangular / Square / As Required

Pattern
Column and Rafter Framing

Heat Transfer Coefficient
Depends on insulation and wall panel design

Thickness
Sheet: 0.4-1.2 mm, Primary Framing: 4-20 mm

Length
Up to 60m+ (customizable)

Width
Up to 40m+ (customizable)

Connection Type
Bolt Connection / Weld Connection

Insulation Options
Rock Wool, Glass Wool, PUF Panels, as required

Purlin & Girt Material
Cold Formed Galvanized Steel

Load Bearing Capacity
Designed per client structural load requirements (live, dead, wind, seismic)

Tensile Strength
Up to 550 MPa (for high tensile steel)

Earthquake Resistance
Engineered as per seismic zone requirements

Color Options
Standard RAL colors for wall and roof panels

Accessory Options
Ventilators, Louvers, Skylights, Doors, Windows, Gutters

Service Life
25-50 years depending on maintenance and coating

Frame Type
Rigid Frame, Modular Frame, Multi-span Frame

Fire Resistance
Optional Fire Rated Panels on Request

Wind Resistance
Engineered for local wind speed codes

Installation
On-Site Assembly, Supervised Erection Service

Wall Cladding Material
Insulated Panels/Metal Sheets

Pre Engineered Building Structure Trade Information

Minimum Order Quantity
100 Square Foots

Delivery Time
10 Days

About Pre Engineered Building Structure

Advantages of PEB Structures

Faster construction time
Cost-effective compared to conventional RCC buildings
Lightweight but high strength
Flexible design and easy future expansion
Factory-controlled quality
Lower maintenance

Versatile Frame and Material Options

With rigid, modular, and multi-span frame types, these structures accommodate a variety of project needs. Cold-formed galvanized steel ensures high tensile strength, while wall cladding choices-ranging from insulated panels to metal sheets-enhance durability and thermal performance.

Engineered Safety and Compliance

Each pre-engineered building is designed according to local wind speed and seismic zone requirements. Load bearing capacity is calculated based on project-specific live, dead, wind, and seismic loads, ensuring structural integrity and compliance with safety standards.

Customization and Rapid Installation

Pre-engineered buildings offer extensive customization in shape, size, and appearance, including standard RAL color options and accessory integration such as skylights or ventilators. On-site supervised assembly enables swift project completion and minimal disruption.

FAQ's of Pre Engineered Building Structure:

Q: How is a pre-engineered building structure assembled onsite?

A: Pre-engineered building structures are prefabricated and delivered as components, which are then assembled on-site using bolt or weld connections. Supervised erection services can be provided to ensure proper installation and alignment.

Q: What are the insulation options for the walls and roof panels?

A: Clients can choose from Rock Wool, Glass Wool, or PUF panels depending on their thermal and acoustic requirements. These insulation options enhance energy efficiency and help regulate interior temperatures.

Q: When should I choose a multi-span frame versus a rigid or modular frame?

A: Multi-span frames are ideal for wide buildings requiring uninterrupted interior space, making them suitable for large warehouses or industrial sheds. Rigid and modular frames are better for standard spans and modular expansions.

Q: Where can pre-engineered building structures be used?

A: These structures are suitable for warehouses, industrial and workshop facilities, factories, logistics hubs, and other commercial applications due to their customizable design and strong durability.

Q: What are the benefits of selecting high tensile steel (up to 550 MPa) for framing?

A: High tensile steel provides greater strength-to-weight ratio, allowing for lighter structures without compromising safety. This reduces material usage and simplifies transportation and installation.

Q: How does the structure ensure resistance against wind and earthquakes?

A: Each building is designed and engineered according to local wind speed codes and seismic zone requirements, ensuring it withstands environmental loads specific to the project location.