Pre-engineered buildings (PEB) use predetermined inventory of raw materials that meet a wide range of structural and aesthetic design requirements. This flexibility allows PEB Steel to fulfill almost building configurations, custom designs, and applications.

An effective storage destination with hassle free construction

Steel Building System

PRE ENGINEERS SOLUTIONS SYSTEMs make use of a preset inventory of raw materials to suit a variety of structural and aesthetic design requirements. PEB Steel's versatility allows it to accommodate practically any building configuration, custom design, or application.
Prefabrication offer a fast and low-cost Steel Building construction
PRE ENGINEERS SOLUTIONS SYSTEM, the top prefabricated Steel Building supplier in India offers the best warehouse solutions for industrial and commercial applications
These Steel Building System offer diverse design options as per the client requirements
Lightweight construction favors easy installation and modifications

Why PEB Steel Building

Make Building strongly recommends PEB Steel Building because of their temperature control capabilities, which helps to keep total costs in check. Steel is used to construct PEB Steel Building. In comparison to traditional warehouses, they have a higher degree of strength, are lighter in weight, and are considered to be more efficient and flexible.

PEB buildings are deemed intrinsically “green” and “environmentally friendly” since they contain a high percentage of recyclable content, which is a need for a huge number of progressive enterprises around the country. The country’s PEB industry is said to be well-equipped, employing the most cutting-edge technologies in the world, and poised to play a far larger role. PEB has a lot of potential in the Steel Building growth in our country.

The need for prefabricated Steel Building has increased significantly in recent years as a result of technological improvements and rising production levels. PRE ENGINEERS SOLUTIONS SYSTEM attempts to suit the individual requirements of its clients while ensuring optimal performance and efficiency from its prefabricated Steel Building.

PRE ENGINEERED STEEL BUILDING SYSTEM

STRUCTURAL SUBSYSTEMS
Top & Bottom Curveds Fascia
Bottom Curved Fascia
Parapet Fascia Vertical Fascia With Back-Up Panel & Valley Cuter
Curved Eave Deails With Projction
Curved Eave Deails Without Projction
DideWall Roof Exension
Canopy
EndWall Roof Extension
Roof Platform
Transverse Partition
Logitudinal Partition
CRANE SYSTEM

Two out of every five metal building systems are constructed for manufacturing facilities where cranes are frequently needed for material handling.
Our building can be designed to support any required crane system. Overhead traveling cranes up to 15 metric tonnes are supported on Brackets

  1. Strengthening the building’s main frame to support the crane loads.
  2. Supplying the crane brackets and crane runway beams that support the crane system
  3. Supplying and installing crane rails.
  4. Supplying, installing and commissioning the
    crane system.
MEZZANINES

When required by design loads, the main beams shall also be supported by intermediate columns. The primary mezzanine beams usually run acrossthe width of the building and the joists usually run lengthwise (parallel to the roof purlins). The Economy of a mezzanine system depends on the applied loads such as dead load, live load and collateral load.

Our standard Mezzanine floor systems consist of Galvanized Steel Decking Supported by joists framed onto main mezzanine beams.
A reinforced concrete slab (not Supplied by US Buildings) in cast in situ on top of the metal deck with some floor finishes.

STRUCTURAL COMPONENTS
Primary Built Up Members(Minimum Yield Strength is 345 N/mm2)

High grade steel plate is conforming to ASTM A572M Grade 345 Type 1. Factory painted with a minimum of 40 microns(DFT) of primer as our standard or any other paint system as per customer choice.

Secondary Members(Minimum Yield Strength is 345 N/mm2)

(Available in 1.5mm, 1.9mm, 2.4mm and 3.0mm thicknesses) Galvanized steel coil is conforming to ASTM A792M, Grade 50 equivalent, Zinc coating to Z180.

Bracing System

Rod bracing shall conform to physical specifications of ASTM A36 Grade 36 or equivalent with minimum yield stress of 345 N/mm2.

  1. Typical Rafter
  2. Typical Column
  3. Typical “Z” Section
  4. Typical “C” Section
PANEL

Metal Panels are one of the  ost attractive features of a Metal Building System, having contributed mightily for the growing popularity of metal buildings. The term “Panel” in this context   refers to the metal skins used as roof and wall panels, interior roof and wall liners, partition panels, fascia panels, soffit panels,etc.

US Buildings Building System stocks two different base metals for the panels  as below:

Steel
Aluminum
Steel Panels

Steel Panels: The base metal for standard stocked steel panels have minimum yield strength which is equal to  34.5 kN/cm2 and conforms to ASTM A792 Grade 50B.

The protective steel coating shall be aluminum zinc alloy comprised of 55% Aluminum and 45% Zinc, weighing 150 grams/m2 spread over both sides.

This coating offers four times more corrosion resistance compared to the galvanized.Per-painted Aluzinc coated steel have a 5 microns primer paint +20 microns polyester paint applied at the mill on the weather (exterior) face and 5-7 microns polyurethane compatible epoxy primer in RAL 7035 (light gray) color on the interior face.

Aluminum Panels

Aluminum Panels: Aluminum is made of alloy AA3105 having temper H16 for mill finish and alloy H46 for pre painted.

The yield strength shall be 145 N/mm2(exterior) face. The polyester paint is made of a polymer that is equal to or superior to silicon  polyester. The interior face is coated with a 5-7 microns polyurethane compatible epoxy primer in RAL 7035 (Light gray color on the interior face. Aluminum panel are offered in 3 finishes.