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Agricultural Steel Structure

Agricultural Steel Structure

Home Products & Service Agricultural Steel Structure
Introduce

Agricultural steel structures are engineered building solutions that combine the strength and resilience of steel with the specific needs of modern agriculture. They are designed to provide durable, flexible, and cost-effective spaces for a range of agricultural applications, including crop storage, livestock housing, farm machinery workshops, and processing facilities. These structures are known for their ability to create large, column-free interiors that can be customized to fit the unique requirements of each farming operation.

Agricultural Steel Structure Design

01
Material Selection

Agricultural steel structures typically use materials like Q235B steel and Q355B steel, which offer a good balance between strength and cost-effectiveness. These materials are suitable for withstanding the rigors of agricultural environments.

02
Load Calculation

The design must account for various loads, including permanent loads, live loads, crop loads, wind loads, and snow loads. These are calculated according to standards like the GB/T 51183 in China, which specifies the load combinations and values for agricultural structures.

03
Structural Forms

Agricultural steel structures can take various forms such as plastic tunnels, solar greenhouses, and multi-span greenhouses. Each form has specific design considerations to maximize functionality and efficiency.

04
Foundation Design

A crucial aspect of the design, foundations must be robust enough to support the structure and withstand the loads. They are designed according to standards like NY/T 1145, ensuring stability and longevity.

05
Frame Design

The frame is the main load-bearing component and is designed for optimal strength and stability. It involves careful calculation of member sizes, connections, and support systems.

06
Covering Materials

Steel structures in agriculture often involve the use of polyethylene boards or glass for covering. These materials are chosen for their durability and ability to provide a controlled environment for crops.

07
Ventilation And Climate Control

Design considerations for ventilation systems and climate control mechanisms are integral to agricultural steel structures, especially in greenhouse applications.

08
Resistance To Environmental Factors

The structures are designed to resist corrosion, high temperatures, and other environmental factors common in agricultural settings.

09
Safety And Health Considerations

The design adheres to safety standards to protect workers and ensure an injury-free workplace, as outlined in documents focusing on safety in the steel industry.

10
Sustainability And Recyclability

Steel is a highly recyclable material, and the design of agricultural steel structures takes into account the environmental impact and the potential for recycling.

11
Structural Calculations

Detailed calculations are performed for structural components, including members and connections, to ensure the integrity and safety of the structure under various loads and conditions.

12
Installation And Assembly

The design should also consider the ease of installation and assembly, with prefabricated components often used to speed up construction and reduce on-site work.

Agricultural Steel Structure Types

Steel Structure Workshop Advantages

Material Selection

Agricultural steel structures typically use materials like Q235B steel and Q355B steel, which offer a good balance between strength and cost-effectiveness. These materials are suitable for withstanding the rigors of agricultural environments.

Load Calculation

The design must account for various loads, including permanent loads, live loads, crop loads, wind loads, and snow loads. These are calculated according to standards like the GB/T 51183 in China, which specifies the load combinations and values for agricultural structures.

Structural Forms

Agricultural steel structures can take various forms such as plastic tunnels, solar greenhouses, and multi-span greenhouses. Each form has specific design considerations to maximize functionality and efficiency.

Foundation Design

A crucial aspect of the design, foundations must be robust enough to support the structure and withstand the loads. They are designed according to standards like NY/T 1145, ensuring stability and longevity.

Frame Design

The frame is the main load-bearing component and is designed for optimal strength and stability. It involves careful calculation of member sizes, connections, and support systems.

Covering Materials

Steel structures in agriculture often involve the use of polyethylene boards or glass for covering. These materials are chosen for their durability and ability to provide a controlled environment for crops.

Ventilation And Climate Control

Design considerations for ventilation systems and climate control mechanisms are integral to agricultural steel structures, especially in greenhouse applications.

Resistance To Environmental Factors

The structures are designed to resist corrosion, high temperatures, and other environmental factors common in agricultural settings.

Safety And Health Considerations

The design adheres to safety standards to protect workers and ensure an injury-free workplace, as outlined in documents focusing on safety in the steel industry.

Sustainability And Recyclability

Steel is a highly recyclable material, and the design of agricultural steel structures takes into account the environmental impact and the potential for recycling.

Structural Calculations

Detailed calculations are performed for structural components, including members and connections, to ensure the integrity and safety of the structure under various loads and conditions.

Installation And Assembly

The design should also consider the ease of installation and assembly, with prefabricated components often used to speed up construction and reduce on-site work.

Precautions For Installation Of Agricultural Steel Structures

01
Adhere To Design Standards

Agricultural buildings should follow British Standard BS 5502-22:2013, which provides additional information and design data specific to agricultural buildings and in some cases provides for reduction factors for wind, snow and applied loads.

02
Consider Weather Factors

Before installing steel structures, weather factors should be studied and considered, and weather forecasts should be used to avoid problems that may hinder the construction process. Heavy rain and humidity may make the construction site slippery, while strong winds may affect the operation of construction equipment such as cranes.

03
Check Equipment, Materials, Tools And Transportation Methods

Equipment, materials, tools or transportation methods should be thoroughly checked before use. Steel needs to be thoroughly checked according to quality standards and proof of origin, especially structural bolts and anchor bolts.

04
Check The Construction Space

The construction space needs to be thoroughly checked and site preparation work needs to be carefully carried out. The construction site must be level and ensure that there is enough stability to bear the weight of the steel structure and construction equipment. The foundation needs to be designed and constructed according to the loads on the structure.

05
Supervise The Installation Of Steel Structures

Supervising the installation of steel structures is an important part of ensuring that the project proceeds as designed and meets safety standards. Supervisors need to have experience and in-depth knowledge of steel structures to detect and promptly resolve any problems that arise.

06
Pay Attention To Moving Up And Down The Steel Structure Construction Site

Safety is very important when moving on the steel structure construction site. There are usually many dangerous areas on the construction site, and improper movement may lead to serious accidents.

07
Check The Bolt Tightening Force

Checking the bolt tightening force during the steel structure installation process is an important step to ensure the stability and safety of the structure. Insufficiently tightened bolts may cause the structure to loosen, while overtightening may cause unnecessary stress or even damage the bolts.

08
Check The Alignment Of The Main Structure

Checking the alignment of the main structure in the steel frame workshop is a key step to ensure the accuracy and stability of the entire structure. Inaccurate alignment may cause imbalance, affecting the load-bearing capacity and life of the structure.

09
Project Acceptance

After completing the assembly and construction process of the steel structure, there are still many important tasks to be completed to ensure the quality and long-term durability of the structure. This includes the inspection of the entire scaffolding system and construction process to ensure labor safety.

10
Acceptance Of The Completed Construction Stage

At this stage, the structure will be inspected on site. Experts will conduct a detailed inspection of each part of the steel structure to ensure that everything is installed correctly according to the design drawings and meets the required technical standards.

11
Final Inspection And Completion

This is the final stage of the inspection process. During this stage, a meticulous inspection of the entire completed area will be carried out. The experts will evaluate the entire structure, including the smallest details such as protective paint coatings, finishing details, and overall aesthetics.

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