AMS Engineering
AMS Engineering
Sinhasa, Indore, Madhya Pradesh
GST No. 23AEAPH4302Q1ZQ
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Pre Fabricated Buildings

We are a leading Manufacturer of pre fabricated steel building, prefabricated industrial building, prefabricated houses, pre engineered steel building, pre engineered building and mild steel truss fabrication work from Indore, India.

Pre Fabricated Steel Building

Pre Fabricated Steel Building
  • Pre Fabricated Steel Building
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Approx. Price: Rs 240 / Sq ftGet Latest Price

Product Details:

Minimum Order Quantity5000 Sq ft
MaterialMILD STEEL
Built TypePrefab
Surface TreatmentColor Coated
Service Location/CityAhmedabad
Country of OriginMade in India
Width70

The sheets used in the construction of pre-engineered buildings are Base metal of either Galvalume coated steel conforming to ASTM A 792 M grade 345B or aluminum conforming to ASTM B 209M which is cold-rolled steel, high tensile 550 MPA yield stress, with hot dip metallic coating of Galvalume sheet.
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Additional Information:

  • Item Code: 2021-AMS-PFSB-10
  • Packaging Details: The sheets used in the construction of pre-engineered buildings are Base metal of either Galvalume coated steel conforming to ASTM A 792 M grade 345B or aluminum conforming to ASTM B 209M which is cold-rolled steel, high tensile 550 MPA yield stress, with hot dip metallic coating of Galvalume sheet.
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Prefabricated Industrial Building

Prefabricated Industrial Building
  • Prefabricated Industrial Building
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Approx. Price: Rs 250 / Sq ftGet Latest Price

Product Details:

Minimum Order Quantity5000 Sq ft
MaterialSteel
Built TypeModular
Usage/ApplicationFactory
ShapeTunnel
TypePrefabricated
Surface TreatmentColor Coated

Prefabricated Industrial Building

The major components of the PESB are divided into 4 types-

1. Primary Components

Primary components of the PESB consists of mainframe, column, and rafters-

A. Main Frame

The main framing basically includes the rigid steel frames of the building. The PESB rigid frame comprises of tapered columns and tapered rafters. Flanges shall be connected to webs by means of a continuous fillet weld on one side.

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  • Item Code: 2021-AMS-PEB-10
  • Packaging Details: The major components of the PESB are divided into 4 types- 1. Primary Components Primary components of the PESB consists of mainframe, column, and rafters- A. Main Frame The main framing basically includes the rigid steel frames of the building. The PESB rigid frame comprises of tapered columns and tapered rafters. Flanges shall be connected to webs by means of a continuous fillet weld on one side.
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Prefabricated Houses

Prefabricated Houses
  • Prefabricated Houses
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Approx. Price: Rs 180 / Sq ftGet Latest Price

Product Details:

Minimum Order Quantity3000 Sq ft
MaterialSteel
Built TypePrefab
Roof TypeProfile Sheet
Usage/ApplicationHouse
FlooringRCC
Place Of OriginPan India

We are introduce as a Manufacturer, Service Provider & Supplier of Prefabricated Houses in Indore, Madhya Pradesh, India. This structure is ideal for making warehouses and workshops for cement and chemical industry. To manufacture this structure, we use optimum quality materials at our sound production unit. The structure can be provided with skylights, turbo vents, ventilators and canopies.We offer this Prefabricated Houses at market leading prices to clients.

Key Features:

Easy to install
Can withstand harsh environment conditions
Requires less maintenance
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Additional Information:

  • Item Code: AMS-21-10-PH
  • Packaging Details: We are introduce as a Manufacturer, Service Provider & Supplier of Prefabricated Houses in Indore, Madhya Pradesh, India. This structure is ideal for making warehouses and workshops for cement and chemical industry. To manufacture this structure, we use optimum quality materials at our sound production unit. The structure can be provided with skylights, turbo vents, ventilators and canopies.We offer this Prefabricated Houses at market leading prices to clients. Key Features: Easy to install Can withstand harsh environment conditions Requires less maintenance
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Pre Engineered Steel Building

Pre Engineered Steel Building
  • Pre Engineered Steel Building
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Approx. Price: Rs 231 / Sq ftGet Latest Price

Product Details:

Minimum Order Quantity5000 Sq ft
MaterialSteel
Built TypePanel Build
Usage/ApplicationKiosk
FeaturesPRE FAB
TechniqueHot Rolled
Roof TypeInsulated
Height25 Feet

The major components of the PESB are divided into 4 types-

1. Primary Components

Primary components of the PESB consists of mainframe, column, and rafters-

A. Main Frame

The main framing basically includes the rigid steel frames of the building. The PESB rigid frame comprises of tapered columns and tapered rafters. Flanges shall be connected to webs by means of a continuous fillet weld on one side.

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Additional Information:

  • Item Code: 2021-AMS-PESB-10
  • Production Capacity: 10000
  • Packaging Details: The major components of the PESB are divided into 4 types- 1. Primary Components Primary components of the PESB consists of mainframe, column, and rafters- A. Main Frame The main framing basically includes the rigid steel frames of the building. The PESB rigid frame comprises of tapered columns and tapered rafters. Flanges shall be connected to webs by means of a continuous fillet weld on one side.
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Pre Engineered Building

Pre Engineered Building
  • Pre Engineered Building
  • Pre Engineered Building
  • Pre Engineered Building
  • Pre Engineered Building
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Approx. Price: Rs 260 / Square FeetGet Latest Price

Product Details:

Minimum Order Quantity10000 Square Feet
MaterialSteel
Built TypePrefab
Roof TypeSlope
FeaturesPREFAB
Usage/ApplicationKiosk
Height30
Size70 BY 250

PRE ENGINEERED BUILDINGSPre Engineered Buildings are custom made to suit a wide range of application in different industry sectors. It largely depends upon the requirement of the customers. They are also called Pre-Engineered Metal Buildings (PEMB) in some industry sectors. These metal buildings are different from conventional buildings in ways like speed in delivery and erection, flexibility in expansion and withstand severe weather conditions. We are a one stop solution provider for all your structural needs and have products ranging from Porta cabins, Canopies, Mezzanine Floors, Stairs, etc. Having an experience of over two decades in this industry. We truly comply with all the ISI specifications while designing and manufacturing all our structures which ensure all-out safety and are quite economical as well, as we incorporate quality raw materials and sheets in their making.
Over the last few decades pre-engineered steel and metal buildings have become quite popular in the construction industry due to its flexibility, durability and adaptability over. These factors have made steel one of the most sought after materials for building construction.
Our customer has large choice for sheet material which can suit their budget as well as requirement such as pre-coated sheets, Sandwich Panel GI sheets, Fiber sheets, and Polycarbonate Sheets. In the pre-engineered building systems one has the flexibility to accomplish indefinite array of building configurations, custom designs, requirements and applications. Factory sheds, warehouses, green houses, community halls and canopy etc., are some of the ways where the PEB systems can be applied.
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Additional Information:

  • Item Code: P-9061
  • Production Capacity: 20000
  • Delivery Time: 49 DAYS
  • Packaging Details: STRUCTURAL SYSTEMS FOR PEB It¿¿¿s the structural system that determines the speed and flexibility of the pre-engineered steel/metal buildings. Steel column and beam segments fabricated and painted in a factory and that are merely attached together at the site are part of this system. The beams and columns having an end plate with holes for attaching at both ends are custom fabricated I-section members. Their making includes steel plates that are cut as per desired thickness and then welded together to make I sections. CNC machines are used for cutting and welding due to the speed and precision they offer. The operators just require feeding a CAD drawing of the beams into the machins. As a result of this production line style of work, the speed and consistency in fabrication enhances to a great deal. For getting optimal structural efficiency, one can tailor the shape of the beams as well. The beams are deeper where the forces are greater and shallow where they aren¿¿¿t. This type of construction is different from the conventional ones. PEB COMPOSITION Our customer has large choice for sheet material which can suit their budget as well as requirement such as Each piece of the PEB system is quite similar. A crane is used to lift the painted steel sections, and they are then attached together by construction workers who climb to the suitable position. In the construction of huge buildings, we make use of two cranes that work from both ends. When the job of one crane is done, it¿¿¿s taken away with the other finishing the work. This construction demands the installation of around 6 to 20 bolts that need to be tightened further so as to accurately match the amount of spin using a spin wrench. WE ALSO TAKE SERVICE CONTRACT FOR FOLLOWING WORK : Maintenance for shed and building structure Roof Sheet replacement by color coated sheet FEATURES THAT MAKES PEB INVALUABLE Competitively priced Quality and innovation assurance Provision for easy future expansion Fastest deliver
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Mild Steel Truss Fabrication Work

Mild Steel Truss Fabrication Work
  • Mild Steel Truss Fabrication Work
  • Mild Steel Truss Fabrication Work
  • Mild Steel Truss Fabrication Work
  • Mild Steel Truss Fabrication Work
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Approx. Price: Rs 90 / KgGet Latest Price

Product Details:

Minimum Order Quantity10000 Kg
MaterialIron
Type Of TrussA Type
Usage/ApplicationIndustrial
Service Location/CityPan India
Surface TreatmentLONG LIFE
Size60 Feet
Roof Height25
Shapesquare

Why Choose Steel Trusses?

During a construction project, builders have a choice between wooden or steel trusses. While wooden trusses are commonly used in residential applications, steel is the choice for most modern builds. Wood trusses are susceptible to shrinkage as the moisture content of timber evaporates. Waiting for this process can delay a project and cause gaps at joints. Timber trusses are also at risk of termite infestations, wood rot, and warping.

Steel trusses don’t carry any of the issues of wooden trusses. Thanks to modern advances, exceptional lightweight steel frame technology is available to the masses. Computer-aided engineering enables metal fabricators to create standard and custom trusses with incredible speed, accuracy, and craftsmanship. Builders can use steel trusses in poor weather, eliminating expensive downtime. Steel will not warp, shrink, or change. Pre-constructed steel trusses can reduce costs and labor time, since workers only take care of straightforward assembly.

Engineers use steel trusses in a variety of applications, as this material complies with high industry standards. Museums, institutions, commercial buildings, outdoor markets, aircraft hangars, auditoriums, sports stadiums, and many other buildings rely on steel trusses for long life span and superior structural integrity. Builders use steel trusses to carry heavy loads or as transfer structures. Trusses come in a wide range of types, shapes, and sizes, with differing overall geometry for specific applications.

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Additional Information:

  • Item Code: T-0001
  • Production Capacity: INDORE
  • Delivery Time: 20 days
  • Packaging Details: The Fabrication Process for Steel Trusses Steel truss fabrication is a complex process that takes special skills, tools, and techniques to form specific structures and products. Metal fabricators create steel structures in three main stages: cutting, forming, and assembly. Fabricators use several tools to cut the steel of a truss, including high-tech equipment such as plasma cutters, lasers, and water jets. Saws create straight cuts, while lasers and plasmas are reserved for more complex shapes and curves. The metal fabricator punches holes using high-pressure notches. Once the fabricator cuts the metal into the correct shape, the forming process begins. To form trusses, fabricators use both press baking and rolling. These techniques allow for an enormous range of metal thicknesses, sizes, and shapes for versatile applications. Standard trusses use a series of triangles. During the forming process, fabricators create the correct truss type for its purpose. Most roof trusses, for example, use C-shaped metal studs. Assembly is the final process. The manufacturer will need to know the truss type, location, wind exposure, span, desired roof slope, and more to correctly assemble and join the steel. This process includes welding pieces together, bringing the final product together to serve its intended purpose as a truss. There is specialized software the fabricator will use throughout the design and construction process, to meet the builder¿¿¿s needs. An experienced truss fabricator can create optimal trusses ¿¿¿ those that are as lightweight as possible without compromising structural stability. They must also meet stringent building compliance codes.
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Reach Us
Sayeed Hussain (Owner)
AMS Engineering
227, Sirpur Bank, Rajkumar Nagar
Sinhasa, Indore - 452009, Madhya Pradesh, India


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