Pre-engineered steel buildings or prefabricated steel buildings (PEB) also known as precast and prefabricated structures, is basically a civil engineering term with a process of fabricating a structure using raw materials to achieve both the design and strength of a building. It is carefully managed by Pre-engineered steel buildings manufacturer where steel frame components such as H-section beams and steel columns are being developed. Moreover, PEB structure is much lighter in weight compared to Aluminum and concrete made building constructions.

Pre-Engineered Steel Buildings Innovative Design And Diversified Application

Pre-engineered steel structural design has been widely used by almost all types of industry including institutions, commercial establishments, offices, public landmarks, high rise buildings, recreations and so on. The design processes are quick and efficient since it implements standard structural system involving 3-piece built-up members that are welded and bolded together to form a frame. The draft and final design are produced through a computer program which will be approved by the owner and civil engineer.

How Pre-Engineered Buildings Work

To successfully complete a PEB steel structure including its components, the following work and design processes must be executed accordingly;

Design Processes:

Create the locations of section and brace for framing.

Compute the dimensional structural members including its allowables and stress ratios.

Create the design and confirm if the measurement fits the manufacturing constraints.

Update structural file for necessary changes.

Continuous analysis for checking flange brace system adequacy

Work Processes

Cutting of plates

Beam welding

Fitments fabrication

Surface cleaning for painting preparation

Cutting and threading rods

Profiled Sheets and Sandwich Panels for roofing and wall cladding

Procurement

Fabrication of bracing

Slitting HR coils

Manufacturing Gutters

Sorting out other accessories

Quality control and inspection

Dispatching

Nowadays, there are over 70% of non-residential structures utilize pre-engineered steel buildings.

This structural design and concept is now considered a logical option when innovative design, affordability, durability and aesthetic are required.