Steel Structure Warehouse/Workshop GB Standard Material
- Ref Price:
-
- Loading Port:
- China main port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 20 m.t.
- Supply Capability:
- 100 m.t./month
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Specification
Standard:
GB
Technique:
Welding
Shape:
H Channel
Surface Treatment:
Color Coated
Steel Grade:
Q235B/Q355B
Certification:
ISO
Thickness:
customized
Width:
customized
Length:
customized
Outer Diameter:
customized
Net Weight:
customized
Packaging:
iron frame
Purlin:
Galvanizd C section steel
Wall penal:
EPS Sandwich board/Steel Sheet
Door:
Rolling gate, Anti-theft door, Sandwich Panel Door
Roof penal:
Steel sheet
Window:
Aluminum Alloy Window
Surface processing:
Painted or galvanized
Steel Structure Warehouse/Workshop
1. These products are customized products;
2. The following information is required to provide detailed quotation：
A. Project location:
B. Size: Length*width*height _____mm*_____mm*_____mm
C. Wind load (max. Wind speed) _____kn/m2, _____km/h, _____m/s
D. Snow load (max. Snow thickness)_____kn/m2, _____mm
E. Anti-earthquake grade_____
F. Brick wall needed or not. If yes, 1.2m high or 1.5m high?
G. Thermal insulation requirement. If yes, EPS/fiberglass wool/rock wool/PU sandwich panels will be suggested; If not, the metal steel sheets will be OK. The cost of the latter will be much lower than the former.
H. Door quantity & size _____units, _____(width)mm*_____(height)mm
I. Window quantity & size _____units, _____(width)mm*_____(height)mm
J. Crane needed or not
Characteristics
1. Enviromental friendly
2. Lower cost and maintenance
3. Long using time up to 50 years
4. Stable and earthquake resistance up to 9 grade
5. Fast construction, time saving and labor saving
6. Good appearance
Use
The steel workshop warehouse building is widely used for workshop plant, warehouse, office building,steel shed, aircraft hangar etc.
Technical Parameters
Items | Specification | |
Main Steel Frame | Column | Q235B, Q345B Welded H Section Steel |
Beam | Q235B, Q345B Welded H Section Steel | |
Secondary Frame | Purlin | Q235B C and Z purlin |
Knee brace | Q235B Angle Steel | |
Tie Rod | Q235B Circular Steel Pipe | |
Brace | Q235B Round Bar | |
Vertical and Horizontal Support | Q235B Angle Steel, Round Bar or Steel Pipe | |
Maintenance system | Roof Panel | EPS Sandwich Panel / Glass Fiber Sandwich Panel /Rock Wool Sandwich Panel / Pu Sandwich Panel /Steel Sheet |
Wall Panel | Sandwich Panel / Corrugated Steel Sheet | |
Accessories | Window | Aluminium Alloy Window / PVC Window / Sandwich Panel Window |
Door | Sliding Sandwich Panel Door / Rolling Metal Door / Personal Door | |
Rainspout | PVC | |
Live load on Roof | In 120kg/Sq.m (Color steel panel surrounded) | |
Wind Resistance Grade | 12 Grades | |
Earthquake-resistance | 8 Grades | |
Structure Usage | Up to 50 years | |
Finishing Options | Vast array of colors and textures available | |
Paint Options | Zinc rich epoxy painting, one primary painting, two finish painting (gray paint, red paint, white paint, epoxy zinc etc.) Or Galvanized. | |
- Q: The steel structure housing about how much money.
- Steel structure board room, the price is different everywhere and in Shanxi, for example, per square metre is probably one hundred and thirty yuan to one hundred and fifty yuan.
- Q: How are steel structures used in the construction of offshore platforms?
- Steel structures are widely used in the construction of offshore platforms due to their exceptional strength, durability, and resistance to harsh marine environments. These structures provide the necessary support and stability for drilling operations, production facilities, and living quarters on offshore platforms. Steel is used to create the framework, decks, and beams of the platforms, ensuring their ability to withstand the dynamic loads, extreme weather conditions, and unpredictable movements of the ocean. Additionally, steel structures can be easily fabricated, transported, and assembled, making them a cost-effective solution for offshore construction projects.
- Q: How are steel structures used in the construction of data centers?
- Steel structures are commonly used in the construction of data centers to provide a strong and durable framework that can support the weight of heavy equipment and racks. Steel beams and columns are used to create the building's skeleton, ensuring stability and resistance to earthquakes and other hazards. Additionally, steel is flexible and can be easily modified or expanded as data center needs change over time.
- Q: What are the factors to consider when designing steel structures for mixed-use developments?
- When designing steel structures for mixed-use developments, several factors need to be considered. Firstly, the structural integrity and strength of the steel must be assessed to ensure it can support the various loads and functions of the development. The design should also consider the flexibility and adaptability of the steel structure to accommodate different uses and potential future modifications. Additionally, factors such as fire resistance, acoustic insulation, and sustainability should be taken into account to ensure the safety, comfort, and environmental efficiency of the development. Finally, the cost-effectiveness and feasibility of the steel design, including construction time and maintenance requirements, should also be considered for a successful mixed-use development.
- Q: How are steel structures used in residential complexes?
- Steel structures are commonly used in residential complexes for their strength, durability, and versatility. They provide the framework for buildings, including columns, beams, and trusses, ensuring stability and safety. Steel structures allow for open floor plans, large spans, and flexible layouts. They are also resistant to fire, pests, and decay, offering long-term cost savings and minimal maintenance. Additionally, steel structures can be prefabricated off-site, speeding up construction time and reducing on-site disruptions.
- Q: What are the guidelines for the fabrication and welding of steel structural members?
- The guidelines for the fabrication and welding of steel structural members include ensuring proper material selection, following design specifications and codes, maintaining cleanliness and integrity of the materials, employing qualified welders, conducting quality checks and inspections, and adhering to proper welding techniques and procedures. Additionally, it is essential to consider factors such as joint preparation, preheating, welding consumables, heat treatment, and post-welding processes to ensure the strength, durability, and safety of the steel structural members.
- Q: What are the factors to consider when designing steel structures for transportation infrastructure?
- When it comes to designing steel structures for transportation infrastructure, careful consideration must be given to several factors. These factors encompass: 1. Load capacity: It is crucial for the structure to withstand the expected loads and forces it will encounter over its lifespan. This includes the weight of vehicles, pedestrians, as well as additional loads like wind, seismic activity, or potential impacts. 2. Durability: Transportation infrastructure typically faces harsh environmental conditions, such as weathering, temperature fluctuations, and chemical exposure. To ensure long-term durability, the chosen steel must resist corrosion and other forms of deterioration. 3. Design life: The structure should align with the intended use and expected lifespan of the transportation infrastructure. This will determine the necessary maintenance and potential need for future modifications or expansions. 4. Safety: Safety is of utmost importance in transportation infrastructure. The design should consider factors like fire resistance, crashworthiness, and the ability to evacuate safely during emergencies. 5. Construction constraints: The construction process must be feasible and efficient. Site conditions, access for equipment and materials, and any potential restrictions or regulations impacting the construction process should be taken into account. 6. Aesthetics: Steel structures in transportation infrastructure play a significant role in the project's overall visual appearance. The design should consider architectural elements, such as shape, color, and texture, to ensure visual harmony with the surrounding environment. 7. Sustainability: The design should incorporate sustainable practices, considering the increasing focus on environmental responsibility. This may involve using recycled steel, energy-efficient designs, and the ability to dismantle or repurpose the structure easily at the end of its lifespan. 8. Cost-effectiveness: The overall cost of the steel structure, including construction, maintenance, and potential future modifications, should be considered. The design should aim to achieve the desired functionality and durability while minimizing unnecessary expenses. By accounting for these factors, designers can ensure that steel structures in transportation infrastructure are safe, durable, visually appealing, and cost-effective, ultimately contributing to the project's overall success and longevity.
- Q: Can steel structures be designed with green roofs?
- Yes, steel structures can be designed with green roofs. Green roofs, which involve the installation of vegetation on rooftops, can be integrated into the design of steel structures by incorporating additional support systems and ensuring proper drainage. With the right design and engineering considerations, steel buildings can successfully accommodate green roofs, providing environmental benefits and aesthetic appeal.
- Q: What are the potential environmental impacts of steel structure manufacturing and construction?
- The steel structure manufacturing and construction industry possesses the potential to cause various environmental impacts. One notable consequence is the release of greenhouse gases during the steel production process. Steel primarily consists of iron ore, which necessitates a significant amount of energy and emits carbon dioxide (CO2) while being extracted and refined. These CO2 emissions contribute to climate change and global warming. Another environmental concern arises from the extraction of raw materials. The production of steel requires substantial quantities of natural resources, such as iron ore, coal, and limestone. The extraction of these materials can result in habitat destruction, deforestation, and soil erosion. Mining activities may also lead to water pollution, as the chemicals utilized in the extraction process can contaminate nearby water sources. The manufacturing process itself generates waste and pollutants. Steel mills produce various forms of waste, including slag, dust, and emissions from furnaces. If not adequately managed, these by-products can negatively impact air quality and contaminate adjacent soil and water. Furthermore, steel structures have a significant impact during the construction phase. The transportation of steel components to construction sites necessitates energy and contributes to carbon emissions. Additionally, the construction process itself can cause habitat destruction, noise pollution, and the generation of construction waste. Nevertheless, measures can be taken to mitigate these environmental impacts. The steel industry is continuously striving to enhance efficiency and decrease its carbon footprint. Techniques such as recycling steel scrap and utilizing cleaner energy sources can help minimize the environmental impact of steel production. In construction, adopting sustainable practices such as utilizing eco-friendly materials, optimizing transportation routes, and minimizing waste generation can also mitigate the impact of steel structure construction on the environment. Additionally, designing structures that are energy-efficient and possess a long lifespan can reduce the overall environmental footprint of steel structures. In conclusion, although the steel structure manufacturing and construction industry can have potential environmental impacts, employing sustainable practices and continuously improving manufacturing processes can help mitigate these effects.
- Q: What is the difference between a steel structure and a steel school?
- A steel structure refers to a building or any other construction made primarily from steel. This can include steel-framed buildings, bridges, or even industrial facilities. The use of steel in construction offers several advantages such as strength, durability, and versatility. Steel structures are often pre-engineered and fabricated off-site, allowing for faster construction times and cost savings. On the other hand, a steel school specifically refers to a school building constructed using steel as the primary material. The main difference between a steel structure and a steel school lies in the purpose and functionality of the building. While a steel structure can refer to any type of building or construction, a steel school is designed and built specifically to serve as an educational facility. A steel school building may have additional features and requirements to accommodate the needs of students and educators. These can include classrooms, administrative offices, libraries, laboratories, gymnasiums, and other facilities necessary for a school environment. The design and layout of a steel school are tailored to create a conducive learning environment, providing ample space for students and staff, as well as incorporating safety measures and educational resources. In summary, the difference between a steel structure and a steel school lies in their purpose and functionality. A steel structure can refer to any construction made primarily of steel, while a steel school specifically refers to a building constructed using steel as the primary material and designed to serve as an educational facility.
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Steel Structure Warehouse/Workshop GB Standard Material
- Ref Price:
-
- Loading Port:
- China main port
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 20 m.t.
- Supply Capability:
- 100 m.t./month
OKorder Service Pledge
Quality Product, Order Online Tracking, Timely Delivery
OKorder Financial Service
Credit Rating, Credit Services, Credit Purchasing
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