| Wall Material: | Alc/ Rockwool/ PU/ Sandwich Panel |
|---|---|
| Roof: | EPS/Glass Fiber Sandwich Panel |
| Floor: | Fiber Cement+PVC Floor, or Customized |
| Door: | Steel Security Door |
| Window: | Aluminum Sliding Window |
| Material: | Steel Structure |
| Customization: |
|---|
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Audited Supplier Prefab Customized Industrial Steel Buildings with Overhead Cranes
Industrial steel structure crane buildings have become a popular choice for industrial buildings due to their light-weight and easy installation. Bridge cranes are indispensable lifting equipment in industrial production. They greatly improve material handling efficiency, reduce labor intensity, and improve operational safety.
As one of China's high-quality steel structure suppliers, we are committed to providing high-quality industrial steel structure crane buildings for your workshop. We understand the importance of matching steel structure with crane specifications. With our rich professional experience, we provide integrated design solutions. If you have any needs, please feel free to contact us.
Industrial Steel Crane Buildings They consist of steel structures and crane systems.
Steel components are built with steel and include columns, beams, trusses designed specifically to support cranes. These steel components are welded or bolted together to form a sturdy structure. The structure can withstand the huge weight and dynamic loads of crane operations. The enclosure structure consists of various panels.
Bridge cranes use steel structures as support and rest on metal frames at both ends. The entire system can move horizontally or vertically within a specified coverage area. They can easily move materials under the bridge without being hindered by ground equipment.
Industrial steel crane buildings are known for their superior strength and stability and are widely used in industrial plants, warehouses, and logistics centers. These structures not only support the weight and workload of the crane, but also effectively withstand external forces such as wind and earthquake shocks, ensuring operational safety and reliability throughout the crane operation.
Advantages of Industrial Steel Crane Buildings
Steel crane buildings are widely used in various industrial buildings (such as workshops and warehouses) due to their many advantages.
Steel has excellent strength and durability, allowing the building to withstand the huge weight of the crane and its lifting objects. This high-strength material not only resists corrosion and wear, but also remains stable in extreme weather conditions, thereby extending the service life of the building.
The clear span capacity of our steel structure buildings makes it ideal for accommodating large bridge cranes. Due to the strength of the steel frame, our metal building system can provide up to 300 feet of column-free space to support the crane system and heavy material loads at the same time.
Our industrial crane building provides excellent architectural and design flexibility. It is able to meet a variety of complex building needs. According to different crane specifications and operating requirements, the steel structure can be customized. In addition, it can be expanded or reconfigured to meet the needs of additional space
Steel components are usually prefabricated in the factory and then transported to the construction site for rapid assembly. This greatly shortens the construction period and reduces on-site workload and labor costs. This fast and efficient construction method makes steel structure buildings particularly competitive in time-sensitive projects.
Although the initial cost of steel is high, its high strength and durability significantly reduce the frequency of routine maintenance and replacement. In the long run, the overall economic benefits are more significant. In addition, steel structure buildings require less material and are more cost-effective than traditional building materials under the same load-bearing capacity.
Steel is a 100% recyclable material, and old steel can be recycled and reused to reduce the impact on the environment. Steel structure buildings have less workload on the construction site, reducing environmental pollution and waste of resources during construction.
Steel structures have good seismic resistance and fire safety. They can maintain good stability under extreme conditions such as earthquakes and reduce the risk of collapse. Through reasonable fire protection design and coating treatment, the fire resistance of steel structure buildings has also been significantly improved.
Common frame types for industrial steel structures
We offer a variety of steel structure frames to meet different industrial needs. These frames are mainly divided into single-span, double-span and multi-span structures.
When choosing the type of industrial steel crane building frame, consider the crane's tonnage, span, lifting height and operating frequency. In addition, the workshop layout and process flow must also be considered to ensure the stability and safety of the crane system.
We provide integrated design of steel crane buildings to ensure perfect compatibility with the crane system. This helps avoid problems such as difficult crane installation, unstable structure, operating restrictions and safety hazards. With proper design, we can not only improve production efficiency, but also maximize the service life of the equipment.
Common types of Crane Systems
In industrial steel structure crane buildings, cranes are often installed to facilitate cargo handling.
Cranes are widely used in steel structure workshops and provide reliable solutions for industrial lifting applications. They also improve the workflow and manufacturing processes in warehouses or facilities.
Common types of cranes used in steel structure workshops include:
1,Single-girder bridge crane: This crane consists of a single beam and an electric hoist. It provides a cost-effective lifting solution for lighter loads and slower speeds.
2,Double-girder bridge crane: This crane has two beams across the workshop and an electric hoist. It provides a more powerful solution for heavier loads, faster speeds and larger spans.
3,Gantry crane is a mechanical equipment used for lifting and handling heavy objects. It consists of columns, main beams and tie rods, and is shaped like a "gate". Gantry cranes are usually installed in a fixed position and driven by an electric motor to move along the track, thereby achieving the lifting and long-distance handling of items.
K-HOME is a professional steel structure crane building supplier with many years of design experience. We fully understand the compatibility standards between steel structures and cranes. Based on the number of cranes and load weights you provide, we will design a reasonable layout, recommend the most appropriate crane specifications, and plan the best crane coverage area and distance based on your needs.
Key Factors in industrial Steel Crane Building Design
When designing industrial steel crane buildings, it's important to first consider the crane specifications and quantity. After that, the steel structure can be designed. This order ensures that the building design fully meets the operational needs of the crane. It also ensures a close integration of function and structure between them.
K-HOME offers integrated solutions for crane and steel structure designs. Just tell us the crane specifications and quantity, and we'll handle the complex calculations and design work. Our goal is to optimize the steel structure design to offer the most economical and safe solutions for you.
Type and number of cranes
Choose the type and number of bridge cranes. They determine the structural layout of the steel building and the total load that the building needs to withstand. Thus, ensure that the design of the steel building can meet the operating needs of the cranes and achieve efficient and safe operation.
Crane lifting capacity
The lifting capacity refers to the maximum weight that a crane can safely lift and move. It determines the maximum static and dynamic loads that the steel structure needs to bear. In the design of steel structure buildings, the strength of the main structural components such as beams, columns, and support frames needs to be considered. This ensures that it can safely bear the weight of the crane and the lifted items.
The span of a crane determines the width of the work area it can cover. A larger span allows the crane to cover a wider area, requiring higher strength and stiffness in the steel structure. It's important to coordinate the crane's span with the building's span to ensure smooth installation and operation.
For example, if the crane has a span of 20 meters, the building's span needs to be greater than 20 meters,and usually requires even more space for installation and operation.
Lifting Height of Crane
The lifting height is the vertical distance from the lowest point to the highest point the crane's hook can reach. This height determines the clear height of the building and the height of the runway beam above the ground.
Maintenance Requirements of Cranes
Maintenance considerations for cranes should be included in the design phase. Sufficient space for maintenance access and operations ensures that maintenance personnel can easily inspect and perform maintenance tasks on the equipment.
Industrial Steel Structure Building Design
After determining the specifications and number of the cranes, it is essential to define the area and layout of the steel structure building. The design process must consider the type, quantity, and load requirements of the cranes. This involves selecting appropriate steel grades to ensure the structure can safely support operational demands.
The design must include accurate calculations and reasonable layout planning. Key structural components such as beams, columns and supports must be carefully selected and positioned to ensure overall rigidity and safety. In addition, the design must ensure the stability of crane operation and prevent interruptions due to structural weaknesses.
The aesthetic design of steel structure buildings is also very important. The appearance of the building should not only be beautiful, but also functional and practical. The use of modern design elements and materials can enhance the visual effect of the building. At the same time, the exterior design must take into account ventilation, natural lighting and fire safety.
By adhering to these design principles, a steel building that is safe, practical and able to effectively support crane operations can be built. This comprehensive approach ensures that the steel crane building meets all operational requirements and safety standards while achieving a high level of aesthetic and functional design.
Roof and Wall Cladding System
Usually, the enclosure system of steel buildings is economically feasible with metal panels. KHOME offers a wide range of modern profiles suitable for all applications. These metal panels are available in a variety of high-quality and attractive colors for roof and wall coverings. They have excellent corrosion and weather resistance, thus ensuring low maintenance and long durability of the enclosure system.
If your building is located in an area prone to hurricanes or you have special requirements, we also offer sandwich panels with different insulation materials. These sandwich panels have different materials and specific weights to meet the requirements of different regional environments.
Why choose K-HOME industrial steel crane building?
Choosing a professional industrial steel crane building supplier can greatly simplify your workflow. As one of the professionalsteel crane building suppliers in China. We provide an integrated solution that integrates the design of steel structure and crane. Ensure that each link is seamlessly connected, avoid common coordination problems, and reduce risks in design and construction.
Our team has rich experience and expertise.They can provide you with the most optimized design solutions. These solutions ensure the strength and stability of the steel structure while meeting all technical requirements for crane operation. We use advanced design software and engineering analysis tools to ensure that every design detail is strictly verified while ensuring the economy and efficiency of the project.
Whether it is a new project or an upgrade of an existing facility, K-HOME can provide customized solutions to meet your specific needs. Contact us to ensure that your project is safe, efficient and economical.
Questionnaire
Below issues that are needed to make a solution.
3.1 Location (where will be built? ) _____country, area
3.2 Size: Length*width*height _____mm*_____mm*_____mm
3.3 wind load (max. Wind speed) _____kn/m2, _____km/h, _____m/s
3.4 snow load (max. Snow height)
_____kn/m2, _____mm
3.5 anti-earthquake _____level
3.6 brick wall needed or not If yes, 1.2m high or 1.5m high
3.7 thermal insulation If yes, EPS, fiberglass wool, Rockwool, 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 that of the former.
3.8 door quantity & size _____units, _____(width)mm*_____(height)mm
3.9 window quanity & size _____units, _____(width)mm*_____(height)mm
3.10 crane needed or not If yes, _____units, max. Lifting weight____tons; Max. Lifting height _____m
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