1 Steel Structure Prefabricated Workshops Specification:

2 Steel Structure Product Process:

Step 1: Source the raw materials
The raw materials for steel structures are typically steel beams, columns, and plates. These materials are typically sourced from steel mills or steel distributors.
Step 2: Cut the raw materials to size
The raw materials for steel structures are typically cut to size using a variety of methods, including laser cutting, plasma cutting, and sawing. Laser cutting is a precise and efficient method that can be used to cut complex shapes. Plasma cutting is a similar method that is also capable of cutting complex shapes. Sawing is a less precise method that is typically used to cut straight lines.
Step 3: Weld the raw materials together
Welding is a process that uses heat to join two pieces of metal together. There are a variety of welding methods that can be used for steel structures, including arc welding, gas welding, and resistance welding. Arc welding is a common method that uses an electric arc to melt the metal. Gas welding is another common method that uses a gas flame to melt the metal. Resistance welding is a method that uses pressure and heat to join the metal.
Step 4: Inspect the structure for defects
After the structure has been welded, it is then inspected for defects. This inspection is important to ensure that the structure is safe and meets the required specifications. The inspection typically includes a visual inspection, as well as a non-destructive testing (NDT) inspection. NDT inspections use non-destructive methods to identify defects in the structure.
Step 5: Paint or coat the structure
After the structure has been inspected, it is then painted or coated to protect it from the elements. Painting or coating can also provide the structure with a desired aesthetic appearance. The type of paint or coating that is used will depend on the specific application and the desired aesthetic appearance.

3 Dtails of Floor Decking Systems:

Steel deck flooring utilizes integrated cold-formed galvanized steel sheets interlocked to concrete slabs. The unique system combines lightweight yet high-strength steel decking panels in ribs with structural concrete topping. This enables rapid construction of robust flooring that meets demanding capacity, durability and fire safety standards. Various profile options allow long institute-free spans with fewer beams. Factory integrated is reliable subfloor ventilation. Our innovative designs accommodate electrical and mechanical systems within the structural decking. With expertise in efficient fabrication and just-in-time delivery, we provide clients value engineered floor solutions customizable to specialized applications.

4 Steel Structure Prefabricated Workshops Project Cases:

As a leading manufacturer of pre-engineered steel buildings, our expertise in designing and constructing high-quality prefab workshops has delivered proven solutions for diverse industrial projects. With efficient integrated production, we expertly fabricate steel frameworks, wall systems, and roofing components under quality controlled settings for rapid on-site assembly. Our tailor-made solutions feature modular expandable designs, increased height capabilities to accommodate overhead cranes, high load-bearing capacity flooring, and custom mezzanine options. We recently completed a 2,000 sqm machinery workshop featuring a 15m haunch height, integrated office space and a 20-ton bridge crane system. Additionally, we partnered with a shipping facility to erect a large vehicle maintenance hangar designed fordurability and corrosion resistance. As a reliable long-term partner, we provideclients exceptional value through innovative steel structure systems purpose-built for specialized workshop requirements.

5 Steel Structure Prefabricated Workshops Q&As:

Q: Are there any specific design requirements for the steel building?
A: While there are no strict design requirements, providing us with any specific preferences or requirements for the building’s aesthetics, layout, or functionality can help us tailor the design to better suit your needs.

Q: What is the typical lead time for the production of customized steel buildings?
A: The lead time varies depending on the complexity and size of the project. Generally, it takes approximately 4 to 8 weeks from the confirmation of the design to the completion of manufacturing.

Q: Can additional features such as windows and doors be added later after the steel building is installed?
A: Yes, additional features like windows, doors, or other modifications can be added after the initial installation. However, it’s advisable to discuss such modifications during the initial design phase to ensure proper integration.

Q: Is there a warranty for the customized steel buildings?
A: Yes, we provide a warranty for our steel buildings. The specific terms and duration of the warranty will be outlined in the contract and documentation provided upon purchase.

Q: How do you handle the logistics and shipping of the steel building components?
A: We work with reliable logistics partners to ensure the safe and timely delivery of the steel building components. The shipping process, including tracking information, will be communicated to you once the components are dispatched.

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