Pre Engineered Building System - Structural Steel Framework , Customizable Design For Varied Applications And Enhanced Aesthetic Appeal at Best Price in Ghaziabad

Pre Engineered Building System - Structural Steel Framework , Customizable Design For Varied Applications And Enhanced Aesthetic Appeal

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Product Specifications

Structure Weight	30% lighter
Primary Framing	Tapered sections
Secondary Members	Light gage
Design Time	Reduced
Fabrication Time	6-8 Weeks
Erection Cost	Accurate
Material	Steel
Features	Fast Installation, Economical, Durable Structure, Flexible Design, Easy Expansion, Aesthetic Appeal, Sustainable

Product Overview

Key Features

We are known in the industry for constructing Pre Engineered Building System, which is fabricated using quality raw material and advanced methods. The fabricating methods employed by us can efficiently satisfy a vast spectrum of structural and elegant design requirements. Designs of the Pre Engineered Building System offered by us can be made unique as per the requirements of clients. We make use of our CAD facility to design these buildings for various usages.

Applications:

Warehouses
Factories
Cold Stores
Schools, Offices, Hospitals, Site Offices
Bus Shelters, Gas Stations, Car Parks
Shopping Malls, Commercial Complexes
Aircraft Hangars
Sports and other recreational facilities
Metro/Railway Stations

Advantages:

Economical
Faster installation
Aesthetic Appeal
Flexibility in Expansion
Durable & Strength
Lower life cycle costs for greater return on investment
Virtually unlimited design flexibility
Compelling sustainability attributes

Other details:

It can be as unique as we require. A computer assisted design supports create a building for a specific utilize, whether it's a manufacturing, service station, retail outlet or office building. These Pre Engineered Building System are specified majorly for commercial, Institutional or Industrial Occupancies. They attribute a structural steel framework of primary and secondary members (rigid frame, purlins and girts) on to which cladding and roofing components are attached. The entire building system is pre engineered to facilitate easy production and assembly on site. For more information please contact us.

Technical specifications:

Structure Weight	Pre- Engineered Buildings are on the average 30% lighter through the efficient use of steel. Primary framing members are tapered (varying depth) built- up sections, with large depths in the areas of highest stress. Secondary members are light gage (light weight) roll- formed (low labour cost)"Z or "C" shaped members.
Design	Quick and efficient; since PEBs are mainly formed of standard sections and connections, design time is significantly reduced. Basic design, based on international design standards and codes, are used over and over. Specialized computer analysis and design programs optimize material required. Drafting is also computerized using standard details that minimize the use of project custom details. Design, shop detail sketches and erection drawings are supplied free of charge by the manufacturer. PEB engineers design and details pre-engineered buildings almost every day throughout the year resulting in faster and more efficient designs. Consultant's in-house design and drafting time is considerably reduced, allowing more time for co-ordination and review and reduction in design fees.
Fabrication Time	Average 6 to 8 Weeks.
Erection Cost And Time	Both costs and time of erection are accurately known based upon extensive experience with similar buildings. PEBs are often erected by specialized PEB builders with extensive experience in the erection of similar buildings, offering very competitive rates. PEB builders usually have a stock of standard components; enabling them to complete jobs on time should any shortage or site damage occur to materials. The erection process is easy, fast, step by step and with hardly any requirement for equipment.
Foundation	Simple design, easy to construct and light weight.
Erection Simplicity	Since the connections of the components are standard, the learning curve of erection for each subsequent project is faster. Periodic free of charge erection support at the site is usually provided by PEB manufacturers.
Seismic Resistance	The low-weight flexible frames offer higher resistance to seismic forces.
Overall Price	Price per square meter may be as much as 30% lower than conventional steel.
Architect	Outstanding architectural design can be achieved at low cost using standard architectural features and interface details. Traditional wall and fascia materials, such as concrete, masonry and wood, can be utilized.
Sourcing And Co-ordination	Building is supplied complete with cladding and all accessories, including erection (if desired), from a single "one stop" source.
Cost of Change Orders	PEB Manufacturers usually stock a large amount of basic raw materials that can be flexibly used in many types of PEB projects. Change orders are easily accommodated at all stages of the order fulfillment process. Little or no material is wasted even if a change order is made after fabrication starts.
Building Accessories	Designed to fit the system with standardized and interchangeable parts, including pre designed flashing and trims. Building accessories are mass produced for economy and are available with the building.
Future Expansion	ll project records are safely and orderly kept in electronic format indefinitely, making it easy for the owner or designer to obtain a copy of his building records at any time. Future expansion is simple, easy and cost effective. One supplier can coordinate changes.
Safety and Responsibility	Single source of supply results in total responsibility by one supplier, including design liability. PEB manufacturers can be relied upon to service their buildings, long after they are supplied, o protect \ their reputation.
Performance	All components have been specified and designed specially to act together as a system for maximum efficiency precise fit and peak performance in the field. Experience with similar buildings, in actual field conditions worldwide, has resulted in design improvements over time, which allow dependable prediction of performance.