Mammut Plate Girder Steel Structure

The plate girder steel structure is one of the most widely used types of industrial sheds for factory yards, cold storage facilities, production halls, large warehouses, and livestock units. This type of shed is designed and manufactured using ST37 or ST52 steel sheets and fully automated welding systems. Purchasing a plate girder shed is an efficient and reliable solution for projects that require wide spans, tall structures, and exceptional strength.

At Mammut Steel Structure, the pricing of plate girder sheds is calculated based on factors such as dimensions, height, type of roof and wall cladding, installation location, and additional equipment. To reduce the cost of plate girder structures, engineering design and structural optimization are carried out using analytical software.

Mammut’s plate girder sheds, with high production capacity and multi-stage quality control, guarantee durability, safety, and structural performance

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Construction Process of Mammut Plate Girder Steel Structures

The construction process of plate girder steel structures at leading companies such as Mammut Structures & panel follows a fully engineered and controlled pathway, based on international standards. This ensures both structural quality and on-time delivery. The main stages of constructing a plate girder shed are as follows:

Project needs assessment and land measurement
Structural design using SAP2000, Etabs, and Tekla software
Calculation of live and dead loads based on climate and usage
Precision cutting of steel sheets using CNC machines
Beam welding with Submerged Arc Welding (SAW) and weld quality control
Assembly of columns, rafters, and other components in the factory
Industrial painting or hot-dip galvanizing for corrosion protection
Transportation and on-site installation using cranes and bolted connections

Finally, a thorough quality inspection is conducted before commissioning to ensure the shed is ready for handover. This process guarantees structural accuracy and long service life.

Standards for Mammut Plate Girder Steel Structures

All Mammut plate girder sheds are designed and manufactured in compliance with Iran National Standard No. 5177, National Building Regulations (Chapters 6 and 10), and international standards such as AISC (for steel structure design), AWS D1.1 (for welding quality), and ISO 9001 (for quality management). Strict adherence to these standards ensures structural resistance against gravity loads, wind, earthquakes, and corrosion in industrial, humid, or desert environments.

If your project requires municipal approval, engineering organization permits, or consultant validation, you can rest assured that Mammut’s plate girder structures meet all the necessary technical prerequisites. To receive the structural calculation booklet and standard specifications, contact Mammut Structures & panel consultants today.

Plate Girder Shed Pricing

The cost of Mammut plate girder sheds depends on multiple factors, each of which can significantly influence the final price. The most important parameters include the span width, shed height, structure length, foundation type, type of roof and wall cladding, steel sheet type, and its thickness.

Additionally, the climatic conditions of the project site—such as snow, wind, and seismic loads—play a key role in structural load calculations and can increase or decrease the amount of steel required. Other cost-influencing factors include the type of connections (bolted or welded), type of paint or anti-corrosion coating, transportation of components to the project site, and installation labor costs.

To obtain an accurate cost estimate for a plate girder shed, all these variables must be reviewed by structural engineers and priced on a project-specific basis.

Purchasing a Plate Girder Shed

If you’re planning to purchase a plate girder shed, understanding the technical and execution aspects of this structure can help avoid unnecessary costs and delays. When buying, be sure to consider the following points:

Compatibility of the design with the intended use (industrial, agricultural, cold storage, etc.)
Quality of steel sheets and type of anti-corrosion coating
Fabrication and welding method (CNC or manual)
Availability of structural calculation booklets and approved engineering drawings
Transportation and installation costs, and final delivery time

Purchasing a Mammut plate girder shed means gaining access to custom design, precise fabrication using advanced machinery, and fast installation by an experienced team. With over 500 successful projects across the country, Mammut not only guarantees quality but also optimizes your project’s time and budget.

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Technical Specifications of Mammut Plate Girder Steel Structures

When designing and purchasing a plate girder shed, details such as the type of welding (CO₂ or Submerged Arc Welding), bolted connection standards, and the profile type used in beam fabrication are critical factors that determine the structure’s durability, strength, and performance under various climatic conditions. For example, using ST37 or ST52 steel plates in beam flanges can increase load-bearing capacity by up to 30%.

Additionally, factors such as the thickness of connection plates, the type of anti-corrosion coating used in painting, and even the cold or hot rolling method of beam production have a direct impact on the shed’s service life. These specifications are often absent from general datasheets but are essential in sensitive or industrial-grade projects.

Below is the technical specification table for Mammut plate girder steel structures:

Feature	Technical Description
Steel Type	ST37 or ST52 steel plates according to DIN 17100 standard
Welding Method	Submerged Arc Welding (SAW) and CO₂ welding for high strength and uniform joints
Plate Thickness	Ranges from 6 to 25 mm depending on the span and height of the shed
Beam Fabrication	Double-plate welding with integrated bracing and stiffening connections
Roof & Wall Cladding	Sandwich panels (4–10 cm thick) or galvanized steel sheets
Connection Type	High-tensile bolted joints (ASTM A325 standard)
Design Code	National Building Code – Chapter 10 + AISC (American Standard)
Buildable Dimensions	Span up to 40 meters, height up to 10 meters, unlimited length
Anti-Corrosion Coating	Industrial epoxy paint or hot-dip galvanizing for humid environments
Lateral Load System	X-bracing or horizontal bracing for stability against wind and seismic forces

Please note that knowing the dimensions alone is not sufficient. It is essential to understand what type of profile, steel grade, thickness, and connection method will be used. These differences can significantly affect the final price of a plate girder shed. If you are considering purchasing a plate girder shed, be sure to consult with Mammut’s engineering experts. Based on your project, climate conditions, and load-bearing requirements, they will design and deliver a precise and reliable structure tailored to your needs.

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respond to your valued inquiries

Our experts are available full-time to respond to your valued inquiries