Intelligent Building Systems.
High-span, load-bearing Pre-Engineered Buildings for massive logistics hubs, factories, and commercial infrastructure.
Overview
We specialize in providing complete solutions including consulting, design, fabrication and erection of high-quality pre-engineered steel building and steel structure products with the help of latest technology and manufacturing facilities.
We provide a reliable approach for fast turnkey construction primarily for non-residential buildings such as manufacturing plants, heavy industry, warehouses, high-rise building, shopping mall, exhibition centers, commercial, sports centers, offices, transportation, and aircraft hangars.
Plant Facility & Capacity: Production line of SWASTIK is totally closed with highly automatic and advanced facilities, which provides superior quality and high precision of products, having 1,000 MT production capacity per month.
What is PEB?
Pre-engineered building is built over three members. Primary members (columns, rafters, bracing, Canopies), Secondary members (Z or C purlins, girts, eave struts), Galvalume sheeting (Roof and wall sheeting) connected to each other.
The entire primary members and secondary members are designed and fully fabricated including cut-to-length, punching, drilling, welding and prefabricated in the factory before shipping to the site for erection.
At the site, all components are assembled and joined via nut & bolt connections; thereby reducing the costs and assembly times.
Architecture
Engineered for scale.
PEB technology offers a superior strength-to-weight ratio, allowing for massive clear spans, rapid assembly, and extreme durability against seismic and environmental loads.
PEB
Structural
Systems
Structural Anatomy
Four integrated components delivering unparalleled architectural stability.
Primary System
Built-up sections (Columns, Rafters), Hot-rolled steel profiles
Secondary System
Z and C Purlins, Girts and Eave Struts
Cladding System
Galvalume profile sheets, Insulated sandwich panels
Accessories
Turbo ventilators, Ridge vents, Fascia, Canopies
Advantages
System Benefits
Single Source Responsibility
As the complete building package is supplied by a single vendor, compatibility of all building components and accessories is assured. This is one of the major benefits of pre-engineered building systems.
Lower Cost
The use of tapered built-up structural members (Columns & Rafters) and Z-shaped secondary members (Purlin & Girt) allows overlapping. Foundation is almost 30% lighter.
Architectural Versatility
Aesthetic features such as fascia, parapets, and curved eaves greatly improve the appearance of the building. Flashing and trims are available in different shapes and colors. A wide range of wall and roof sheeting.
Optimal & Aesthetic Designs
Steel has a high strength/weight ratio. Thus, the dead weight of steel structures is relatively small. Steel can aid in innovative designs compared to concrete.
Future Expansion
Steel buildings can be easily expanded in length by adding additional bays. Also, expansion in width and height is possible by pre-designing for future expansion.
Enhanced Speed of Construction
Factory-controlled prefabrication combined with standardized connections results in significantly faster construction times compared to conventional methods.
Quality Control
As buildings are manufactured completely in the factory under controlled conditions, the quality is assured.
Foundation
Pre-engineered buildings are about 30% lighter than conventional steel structures. Hence, the foundations are of simple design, easy to construct, and lighter in weight.
Low Maintenance
Buildings are supplied with high-quality paint systems for cladding and steel to suit ambient conditions at the site, which results in long durability and low maintenance costs.
Erection
Steel structure is faster to erect compared to RCC frames. Since all the connections of the different components are standard, the erection time is faster.
Earthquake Resistant
Properly designed steel structures can have high ductility, which is an important characteristic for resisting shock loading, such as blasts or earthquakes.
Functional Versatility
Large clear spans (up to 100m). Long bay spacing (up to 13m without jack beams). Modular construction.
Durability
In contrast to reinforced concrete, steel properties do not change considerably with time.
Energy Efficient Systems
Buildings can be supplied with polyurethane insulated panels or fiberglass blanket insulation to achieve required 'U' values.
Early Occupancy
Reduced project time results in early occupancy, which provides an economic advantage to the clients.
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SHOPPING MALLS
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Process
Project Work Flow
Phase 01
Identifying Customers Need
Develop possible solutions & select promising one.
Phase 02
Providing Quotation with Promising Solutions
We offer the best proposal with promising solutions to all kinds of PEB structures.
Phase 03
Finalizing Deal and Receiving Purchase Order
Our experienced Design, Fabrication & Erection teams start planning to complete the project in optimum time.
Phase 04
Getting Approval of GA Drawing from Customers
After approval of the GA drawing, detailed design drawings and erection drawings will be prepared.
Phase 05
Fabrication and Supply of Structural Material
All fabrication work is done by CNC. Cutting, welding, forming systems, etc.
Phase 06
Erection Process
Assembling and erecting the structure safely at the site.
Phase 07
Work Completion Certificate from Customer
A project completion certificate is issued when a project is completed in its entirety with full satisfaction from the customer.