Construction of Pre-Engineered Building (PEB) Structure

This presentation highlights the advanced methodology and benefits of Pre-Engineered Building (PEB) Structures delivered by Metal Tree – A Pre-Engineered Building Company. It provides an in-depth overview of how PEB systems are designed, manufactured, and assembled using state-of-the-art engineering and high-quality steel components. The content emphasizes key advantages such as reduced construction time, cost efficiency, enhanced durability, sustainability, and architectural versatility.

Through visual demonstrations, case studies, and technical details, this presentation showcases Metal Tree’s expertise in delivering innovative steel building solutions for industrial, commercial, and infrastructure projects. Attendees will gain a comprehensive understanding of the complete lifecycle of a PEB project — from conceptual design to installation — and learn why Metal Tree is a trusted partner for modern, reliable, and future-ready structural development.

1. Construction of Pre-Engineered Building (PEB) Structure Pre-Engineered Building Solutions & Revolutionising Construction

2. Introduction to Pre-Engineered Buildings (PEB) Pre-Engineered Buildings (PEB) are steel structures designed and fabricated at a factory, then assembled on-site. these systems offer flexibility, speed and cost efficiency compared to conventional buildings.

3. Concept of Prefabrication Prefabrication involves manufacturing building components in a controlled environment, followed by transportation and assembly on site. it ensures precision, reduces waste, and shortens construction time. Fabricated nature, the building can be assembled quickly, significantly reducing construction time and minimising disruptions to the surrounding environment. The light-weight metal frame not only ensures easy transportation and installation but also offers remarkable strength and stability. It can withstand various environmental forces, making it a reliable choice for different geographical locations. Durability & longevity OEM Support Eco friendliness

4. Components of PEB Structures 1. Primary Framing-Rigid steel frames 2. Secondary Members-Purlins, Girts, and Eave Struts 3 Roof and wall panels-Steel sheet with Insulation 4. Bracing Systems-Stability and load transfer 5. Accessories-Doors, windows, skylights and ventilators

5. Design and Manufacturing Process Concept and Design using CAD tools Fabrication of components at factory Surface treatment and painting Transportation to site On- site erection using bolted connections

6. Comparison PEB vs Conventional PEB: Faster construction Cost- effective High precision Energy-efficient Conventional: Time consuming High labor cost

7. Advantage of pre- Engineered Buildings Quick Installation and reduced construction time Lower maintenance and overall cost Sustainable and recyclable materials Flexibility in design and expansion Suitable for all weather conditions

8. Applications and case Studies Industrial warehouse and factories Commercial complexes Cold storage facilities Aircraft hangers School buildings and logistic hubs Construction site office Staffs quarters

9. Challenges and Limitations Transportation of large components Skilled labor required for installation Limited architectural flexibility Coordination required between design and site teams

10. Conclusion and Future Scope Pre-Engineered Buildings are redefining construction with faster timelines and sustainable designs, Future trend include smart integration, modular expansions, and advance materials for improved performance. [phone] | [email protected] | www.metaltree.in