Iran Construction Engineers
Civil Engineering Team
A leader in the design and implementation of the latest and the most innovative engineering methods

Advantages of Prefabricated Steel Structures


Prefabricated steel structures are a suitable alternative to conventional structures due to their technical and operational advantages. Interestingly, the PSS is more economical compared to conventional structures due to the optimized design carried out by our experienced engineers. Some benefits of PSS compared are as follows:


  • Reducing the total weight of a building: By replacing bulk elements with PSS sections, the overall weight of a building is reduced by up to 40%.

  • Reducing the cross-section size of elements: The higher strength of steel materials compared to concrete allows for a 50% average reduction in the cross-sections of column and beam elements. (For example, ST52 and ST37 steel have strengths of 3700 and 5200 KG/M2, while C20 to C50 concrete has strengths of 210 to 500 KG/M2).

  • Reduction of forces on structures: The lighter structure leads to reductions in dead loads and lateral loads by up to 20% on a building structure.

  • Reducing the volume of foundations: Lighter structural weight results in a 30% reduction in concrete and steel bars needed for the foundation.

  • Reducing the cost of building: The use of PSS becomes more cost-effective than conventional structures by implementing new and advanced design methods to lighten the building structure using steel elements.

  • Short assembly time: A conventional structure typically involves sequential floor-by-floor construction, with at least a 7-day interval between each stage. In contrast, a prefabricated steel structure can be installed within a week for a 4-story structure.

  • Easy implementation: The use of screw connections for installing lightweight parts at the project site makes the assembling process much easier.
  • Construction of a structure before in-site operation: In the conventional structure, the structure must be constructed after the foundation is constructed completely. In contrast, the construction of a PSS can be initiated before the in-site operations with architectural drawings. Then, the constructed structure can be installed by the time the foundation is finished.

  • Fast assembly: the demanded time of assembling the prefabricated steel structure at a site is estimated to be much less, by up to 10 times faster.

  • High-quality construction: The final quality of the prefab steel elements complies with high standards in accordance with global codes and standards.

  • Inspection and quality control: Inspection and tests are carried out for parts and connections to verify the high-quality results at the factory before sending them to the project. If the validity is approved, they are transported to the project site for assembly.

  • Possibility of change: The PSS parts are designed somehow to be changeable or repairable without destroying and losing the entire structure. This is due to material, element shape, and screw connections.

  • No need for a site deposit: Prefab steel structures are constructed outside the project and then transported to the project for assembly. In contrast, it is necessary to assign a large part of the project space for material deposit in conventional structures.

Due to the advantages of prefabricated steel structures, various countries such as China, Australia, and North America plan to increase the use of this type of structures by 20%.

What we do
Lower Cost
Limitted Time
High Strength
Lighter Structural Weight
Easy Assembely
No Site Deposit


Building Structure Materials

A structure is the main part of a building that holds its weight and withstands the imposed forces of an earthquake. According to the regulations, types of building structures are categorized based on material and specifications presented in follows:
1- Steel Structure - All elements of a structure are made of steel sections and are connected via welding or screws.
2- Reinforced Concrete Structure - All the main beams and columns of the building are made of reinforced concrete (a combination of steel rebar and concrete).
3- Composite structure - The nature of the structure is made by combining steel elements and reinforced concrete elements.

 

Advantages of bolted joints


  • Low cost of installation
  • The possibility of disassembly and reassembly
  • No need for welding equipment
  • No need for skilled workers
  • Quiet installation and operation
  • No restrictions on connecting members
  • Fast installation and assembly speed


News and Events

1- International Conference on Energy, Resiliency and Sustainability (ICERS2024)

2- CRC Block Curbs

Iran Construction Engineers

ICE Engineering

We are a group of highly educated and experienced engineers who passionate about building structures

Services

. The services are delivered with the best possible services and the highest standards. We work with great clients and staff to produce excellent work:

Export

Based on the experiences we have gained, we decided to extend our field of activity to beyound border countries and export designed and constructed structures.
Economical Evaluation
In ICE, we assess benefical construction in order to provide the beset profit for you
Optimization
All structures are design or redesigned to have the most optimized features: both engineering and economical aspects
 

Faster Instalation (%)

Lower Price (%)

Years of Experience

Experties

Ocean Engineering
In partnership with Sharif University of Technology, we have been working for many years in designing and constructing marine structures with different applications in Iran.
PSS
Prefabricated steel structures (PSS) are similar in construction to conventional in-situ structures, but the parts are manufactured modularly under regulated conditions.
Submarine
Humans have always been fascinated by the underwater world and inspired to find new ways to explore it.
ICE Group
We are a group of engineers who have been working for many years in designing and constructing buildings with different applications in Iran.
Structural Engineering and Construction
ICE design and implement of the latest and the most innovative engineering
Marine Structures
We provide the offshore and maritime industries with innovative platform design and construction, and engineering services.
Export
Based on the experiences we have gained, we decided to extend our field of activity to other countries and export designed and constructed structures that can be prefabricated.

Iran Construction Engineers

Civil Engineering Team
A leader in the design and implementation of the latest and the most innovative engineering methods
Iran Construction Engineers

Civil Engineering Team
A leader in the design and implementation of the latest and the most innovative engineering methods

Advantages of Prefabricated Steel Structures


Prefabricated steel structures are a suitable alternative to conventional structures due to their technical and operational advantages. Interestingly, the PSS is more economical compared to conventional structures due to the optimized design carried out by our experienced engineers. Some benefits of PSS compared are as follows:


  • Reducing the total weight of a building: By replacing bulk elements with PSS sections, the overall weight of a building is reduced by up to 40%.

  • Reducing the cross-section size of elements: The higher strength of steel materials compared to concrete allows for a 50% average reduction in the cross-sections of column and beam elements. (For example, ST52 and ST37 steel have strengths of 3700 and 5200 KG/M2, while C20 to C50 concrete has strengths of 210 to 500 KG/M2).

  • Reduction of forces on structures: The lighter structure leads to reductions in dead loads and lateral loads by up to 20% on a building structure.

  • Reducing the volume of foundations: Lighter structural weight results in a 30% reduction in concrete and steel bars needed for the foundation.

  • Reducing the cost of building: The use of PSS becomes more cost-effective than conventional structures by implementing new and advanced design methods to lighten the building structure using steel elements.

  • Short assembly time: A conventional structure typically involves sequential floor-by-floor construction, with at least a 7-day interval between each stage. In contrast, a prefabricated steel structure can be installed within a week for a 4-story structure.

  • Easy implementation: The use of screw connections for installing lightweight parts at the project site makes the assembling process much easier.
  • Construction of a structure before in-site operation: In the conventional structure, the structure must be constructed after the foundation is constructed completely. In contrast, the construction of a PSS can be initiated before the in-site operations with architectural drawings. Then, the constructed structure can be installed by the time the foundation is finished.

  • Fast assembly: the demanded time of assembling the prefabricated steel structure at a site is estimated to be much less, by up to 10 times faster.

  • High-quality construction: The final quality of the prefab steel elements complies with high standards in accordance with global codes and standards.

  • Inspection and quality control: Inspection and tests are carried out for parts and connections to verify the high-quality results at the factory before sending them to the project. If the validity is approved, they are transported to the project site for assembly.

  • Possibility of change: The PSS parts are designed somehow to be changeable or repairable without destroying and losing the entire structure. This is due to material, element shape, and screw connections.

  • No need for a site deposit: Prefab steel structures are constructed outside the project and then transported to the project for assembly. In contrast, it is necessary to assign a large part of the project space for material deposit in conventional structures.

Due to the advantages of prefabricated steel structures, various countries such as China, Australia, and North America plan to increase the use of this type of structures by 20%.

What we do
Lower Cost
Limitted Time
High Strength
Lighter Structural Weight
Easy Assembely
No Site Deposit


Building Structure Materials

A structure is the main part of a building that holds its weight and withstands the imposed forces of an earthquake. According to the regulations, types of building structures are categorized based on material and specifications presented in follows:
1- Steel Structure - All elements of a structure are made of steel sections and are connected via welding or screws.
2- Reinforced Concrete Structure - All the main beams and columns of the building are made of reinforced concrete (a combination of steel rebar and concrete).
3- Composite structure - The nature of the structure is made by combining steel elements and reinforced concrete elements.

 

 

Advantages of bolted joints


  • Low cost of installation
  • The possibility of disassembly and reassembly
  • No need for welding equipment
  • No need for skilled workers
  • Quiet installation and operation
  • No restrictions on connecting members
  • Fast installation and assembly speed







News and Events

1- International Conference on Energy, Resiliency and Sustainability (ICERS2024)

2- CRC Block Curbs
What we do
Lower Cost
Limitted Time
High Strength
Lighter Structural Weight
Easy Assembely
No Site Deposit

Advantages of Prefabricated Steel Structures


Prefabricated steel structures are a suitable alternative to conventional structures due to their technical and operational advantages. Interestingly, the PSS is more economical compared to conventional structures due to the optimized design carried out by our experienced engineers. Some benefits of PSS compared are as follows:


  • Reducing the total weight of a building: By replacing bulk elements with PSS sections, the overall weight of a building is reduced by up to 40%.

  • Reducing the cross-section size of elements: The higher strength of steel materials compared to concrete allows for a 50% average reduction in the cross-sections of column and beam elements. (For example, ST52 and ST37 steel have strengths of 3700 and 5200 KG/M2, while C20 to C50 concrete has strengths of 210 to 500 KG/M2).

  • Reduction of forces on structures: The lighter structure leads to reductions in dead loads and lateral loads by up to 20% on a building structure.

  • Reducing the volume of foundations: Lighter structural weight results in a 30% reduction in concrete and steel bars needed for the foundation.

  • Reducing the cost of building: The use of PSS becomes more cost-effective than conventional structures by implementing new and advanced design methods to lighten the building structure using steel elements.

  • Short assembly time: A conventional structure typically involves sequential floor-by-floor construction, with at least a 7-day interval between each stage. In contrast, a prefabricated steel structure can be installed within a week for a 4-story structure.

  • Easy implementation: The use of screw connections for installing lightweight parts at the project site makes the assembling process much easier.
  • Construction of a structure before in-site operation: In the conventional structure, the structure must be constructed after the foundation is constructed completely. In contrast, the construction of a PSS can be initiated before the in-site operations with architectural drawings. Then, the constructed structure can be installed by the time the foundation is finished.

  • Fast assembly: the demanded time of assembling the prefabricated steel structure at a site is estimated to be much less, by up to 10 times faster.

  • High-quality construction: The final quality of the prefab steel elements complies with high standards in accordance with global codes and standards.

  • Inspection and quality control: Inspection and tests are carried out for parts and connections to verify the high-quality results at the factory before sending them to the project. If the validity is approved, they are transported to the project site for assembly.

  • Possibility of change: The PSS parts are designed somehow to be changeable or repairable without destroying and losing the entire structure. This is due to material, element shape, and screw connections.

  • No need for a site deposit: Prefab steel structures are constructed outside the project and then transported to the project for assembly. In contrast, it is necessary to assign a large part of the project space for material deposit in conventional structures.

Due to the advantages of prefabricated steel structures, various countries such as China, Australia, and North America plan to increase the use of this type of structures by 20%.


Building Structure Materials

A structure is the main part of a building that holds its weight and withstands the imposed forces of an earthquake. According to the regulations, types of building structures are categorized based on material and specifications presented in follows:
1- Steel Structure - All elements of a structure are made of steel sections and are connected via welding or screws.
2- Reinforced Concrete Structure - All the main beams and columns of the building are made of reinforced concrete (a combination of steel rebar and concrete).
3- Composite structure - The nature of the structure is made by combining steel elements and reinforced concrete elements.

 

Advantages of bolted joints


  • Low cost of installation
  • The possibility of disassembly and reassembly
  • No need for welding equipment
  • No need for skilled workers
  • Quiet installation and operation
  • No restrictions on connecting members
  • Fast installation and assembly speed

Iran Construction Engineers

ICE Engineering

We have been working for many years in designing and constructing structures with different applications in Iran.

Services

Based on the experiences we have gained, we decided to extend our field of activity to design and build mini-submarines.

Exportation

⦁ Prefabricated Steel Structure (PSS)
⦁ Design, Manufacturing, Export (DME)

Iran Construction Engineers

ICE Engineering

We are a group of highly educated and experienced engineers who passionate about building structures

Services

. The services are delivered with the best possible services and the highest standards. We work with great clients and staff to produce excellent work:

Export

Based on the experiences we have gained, we decided to extend our field of activity to beyound border countries and export designed and constructed structures.
Economical Evaluation
In ICE, we assess benefical construction in order to provide the beset profit for you
Optimization
All structures are design or redesigned to have the most optimized features: both engineering and economical aspects

Faster Instalation (%)

Lower Price (%)

Years of Experience

Experties

Economical Evaluation
In ICE, we assess benefical construction in order to provide the beset profit for you
Optimization
All structures are design or redesigned to have the most optimized features: both engineering and economical aspects

Faster Instalation (%)

Lower Price (%)

Years of Experience

Experties

The ICE
In the ICE, we’re always mindful of ensuring our clients are empowered and informed.
New Inovations
⦁ International and National Patents
⦁ Seismic Isolation
⦁ Design and Construction Methods
⦁ CRC Prefabricated Blocks
Learn More
Ocean Engineering
In partnership with Sharif University of Technology, we have been working for many years in designing and constructing marine structures with different applications in Iran.
ICE Group
We are a group of engineers who have been working for many years in designing and constructing buildings with different applications in Iran.
Structural Engineering and Construction
ICE design and implement of the latest and the most innovative engineering
Offshore Platforms
We provide the offshore and maritime industries with innovative platform design and construction, and engineering services.
Export
Based on the experiences we have gained, we decided to extend our field of activity to other countries and export designed and constructed structures that can be prefabricated.
The ICE
In the ICE, we’re always mindful of ensuring our clients are empowered and informed.
New Inovations
⦁ International and National Patents
⦁ Seismic Isolation
⦁ Design and Construction Methods
⦁ CRC Prefabricated Blocks
Learn More
Ocean Engineering
In partnership with Sharif University of Technology, we have been working for many years in designing and constructing marine structures with different applications in Iran.
ICE Group
We are a group of engineers who have been working for many years in designing and constructing buildings with different applications in Iran.
Structural Engineering and Construction
ICE design and implement of the latest and the most innovative engineering
Offshore Platforms
We provide the offshore and maritime industries with innovative platform design and construction, and engineering services.
Export
Based on the experiences we have gained, we decided to extend our field of activity to other countries and export designed and constructed structures that can be prefabricated.

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NAVIGATE

CONNECT WITH US

QUICK LINKS

GENERAL
Copyright © 2024 ICE. All rights reserved.
Copyright © 2024 ICE.
All rights reserved.