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Product Information
A steel structure workshop refers to a building that is constructed mainly using steel as the main structural material. It is composed of steel beams, steel columns, steel trusses and other steel components assembled by welding at the factory and bolt connection on site.
This type of workshop is designed to provide a spacious and durable space for various industrial or commercial activities, such as manufacturing, assembly, or storage. It has many advantages, such as high strength, good seismic performance, short construction period, recyclability, etc.
The steel workshop building project we mentioned here is a handicraft production and manufacturing workshop approximate size of 10,000 square meters Mainly produces various types of small gifts. From the outside, this workshop does not look like an ordinary product production workshop. The roof adopts a parapet design and large glass windows almost surround the entire wall. This design is very modern. This is a workshop and an exhibition hall.
The detailed material information with specification
I | Main steel frame | |||
1. | Steel structure frame | Welded H steel | Q235B/Q355B | Painting/Hot-dip galvanized |
2. | Wall/Roof purlin | C/Z steel | Q235B | Galvanized |
II | Bracing Part | |||
1. | Tie Rod | ∅89/114/158 | Q235B | Painting/Hot-dip galvanized |
2. | Flexible Bracing | ∅16/18/20 | Q235B | Painting/Hot-dip galvanized |
3. | Sag rod | ∅20 | Q235B | Galvanized |
4. | Brace Rod | ∅32 | Q235B | Galvanized |
5. | Knee-brace | L50 | Q235B | Painting/Hot-dip galvanized |
III | Roof & Wall Part | |||
1. | Roof /Wall panel | Steel sheet | 0.326~0.7mm corrugated steel sheet | |
Insulated sandwich panel | EPS,Glass wool/Rock wool/PU insulated | |||
2. | Roof/Wall trimming | Ridge roof panel | 0.4~0.5 mm steel sheet | |
Flashing | 0.4~0.5 mm steel sheet | |||
Gable wall trimming | 0.4~0.5 mm steel sheet | |||
Wall corner trimming | 0.4~0.5 mm steel sheet | |||
IV | Window & Door part | |||
1. | Window | PVC/Aluminum frame | Single/double glazing (Fixed/sliding/swing) | |
2. | Door | Rolling/sliding door | Automatic and manual method | |
V | Accessories | |||
1. | Bolts | Anchor bolts,High strength bolts,Galvanized bolts,Turnbuckle,shear stud | ||
2. | Gutter | Steel sheet/galvanized/Stainless steel(304) | ||
3. | Downpipe | PVC 110/160 | ||
4. | Roof Ventilator | ∅600 (Galvanized) | ||
Steel Structure Design Specification for this project
1. Loads
Roof dead load: 0.3 kN/m 2
Roof live load: 0.25 kN/m2
Wind speed or wind load: 100km/h
Anti-seismic:7 grade
2. Materials
Main beam and post: GB Q355B grade, welded H steel section.
Sub-steel structure: GB Q235B grade, steel bar, pipe, angle steel, etc.
Purlin: galvanized, C-section.
3. Welding
The minimum size of the fillet welding for any that is not defined in the
drawings shall be 6mm with full welding.
4. Fasteners( bolts and nuts) for jointing
High Strength bolts Class 10.9 used to connect the Steel Columns and
pressure type high strength bolts Class 10.9 used to connect the
constructional elements.
5. Derusting and painting
Shot blasting to 2.5 and Applying Paint with the following
1st coat of Primary anti-rust paint 30 microns (Epoxy zinc-rich primer)
2nd coat of Primary anti-rust paint 30 microns(Alkyd finish)
Steel building techniques
Steel building techniques include structural design, fabrication, welding, assembly, and installation. That refers to the methods and processes used in the construction of steel buildings. It has various applications in construction, including commercial buildings, warehouses, workshop, storage shed, air craft hangar, industrial facilities, agricultural structures, poultry farm,chicken house, barn shed, sports arenas, and residential buildings, etc.
Steel workshop production Equipment display
Steel structure workshop installation step:
Step #1: Prepare Foundation - This is the first step in the construction process. It involves preparing the site and creating a solid foundation for the metal building.
Step #2: Main Frames, Purlins - Once the foundation is ready, the mainframes and purlins are installed. Mainframes are the primary structural components of the building, while purlins provide support for the roof and walls.
Step #3: Wall Cladding- After the mainframes and purlins are installed, will start to install the wall panel. This involves attaching the metal panels to the framework of the building and creating the walls.
Step #4: Roof Cladding - Once the wall cladding is completed, will turn to the roof sheeting installation. This involves attaching the metal panels to the roof framework, creating a secure and weatherproof roof.
Step #5: Trimming - The final step is to install the trimming, which includes components such as flashing, gutters, and ridge caps. Trimmings help to provide a finished look to the building and ensure proper sealing and protection against the elements.
For the above 5 steps, we will offer detailed drawings that will guide you on how to properly install all the steel structure workshop building.
Why you can count on us?
1)We offer customized workshops to meet the specific needs and requirements of our clients. This includes considerations such as size, layout, and features like overhead cranes, ventilation systems, and insulation.
2)Our team designs workshops of various types, whether it's a large or small workshop, with a single span or multiple spans, we can accommodate it. Additionally, our workshops can have a maximum span of 40 meters without the need for central columns.
3)We provide cost-effective and low-maintenance solutions. The unit price for our workshops ranges from US$35 to US$80 per square meter, depending on the specific requirements of our customers.
4)All components of our workshops are fabricated in our factory. They are pre-cut, pre-welded, pre-drilled, and either pre-painted or hot-dip galvanized. This approach helps us save costs and time during the construction process.
5)We ensure the structural integrity and safety of our workshops. Our designs consider factors such as wind speed (from 100~280KM/H), earthquake magnitude (6~8 grade), and roof snow load (200~400kg/m2).
Product Information
A steel structure workshop refers to a building that is constructed mainly using steel as the main structural material. It is composed of steel beams, steel columns, steel trusses and other steel components assembled by welding at the factory and bolt connection on site.
This type of workshop is designed to provide a spacious and durable space for various industrial or commercial activities, such as manufacturing, assembly, or storage. It has many advantages, such as high strength, good seismic performance, short construction period, recyclability, etc.
The steel workshop building project we mentioned here is a handicraft production and manufacturing workshop approximate size of 10,000 square meters Mainly produces various types of small gifts. From the outside, this workshop does not look like an ordinary product production workshop. The roof adopts a parapet design and large glass windows almost surround the entire wall. This design is very modern. This is a workshop and an exhibition hall.
The detailed material information with specification
I | Main steel frame | |||
1. | Steel structure frame | Welded H steel | Q235B/Q355B | Painting/Hot-dip galvanized |
2. | Wall/Roof purlin | C/Z steel | Q235B | Galvanized |
II | Bracing Part | |||
1. | Tie Rod | ∅89/114/158 | Q235B | Painting/Hot-dip galvanized |
2. | Flexible Bracing | ∅16/18/20 | Q235B | Painting/Hot-dip galvanized |
3. | Sag rod | ∅20 | Q235B | Galvanized |
4. | Brace Rod | ∅32 | Q235B | Galvanized |
5. | Knee-brace | L50 | Q235B | Painting/Hot-dip galvanized |
III | Roof & Wall Part | |||
1. | Roof /Wall panel | Steel sheet | 0.326~0.7mm corrugated steel sheet | |
Insulated sandwich panel | EPS,Glass wool/Rock wool/PU insulated | |||
2. | Roof/Wall trimming | Ridge roof panel | 0.4~0.5 mm steel sheet | |
Flashing | 0.4~0.5 mm steel sheet | |||
Gable wall trimming | 0.4~0.5 mm steel sheet | |||
Wall corner trimming | 0.4~0.5 mm steel sheet | |||
IV | Window & Door part | |||
1. | Window | PVC/Aluminum frame | Single/double glazing (Fixed/sliding/swing) | |
2. | Door | Rolling/sliding door | Automatic and manual method | |
V | Accessories | |||
1. | Bolts | Anchor bolts,High strength bolts,Galvanized bolts,Turnbuckle,shear stud | ||
2. | Gutter | Steel sheet/galvanized/Stainless steel(304) | ||
3. | Downpipe | PVC 110/160 | ||
4. | Roof Ventilator | ∅600 (Galvanized) | ||
Steel Structure Design Specification for this project
1. Loads
Roof dead load: 0.3 kN/m 2
Roof live load: 0.25 kN/m2
Wind speed or wind load: 100km/h
Anti-seismic:7 grade
2. Materials
Main beam and post: GB Q355B grade, welded H steel section.
Sub-steel structure: GB Q235B grade, steel bar, pipe, angle steel, etc.
Purlin: galvanized, C-section.
3. Welding
The minimum size of the fillet welding for any that is not defined in the
drawings shall be 6mm with full welding.
4. Fasteners( bolts and nuts) for jointing
High Strength bolts Class 10.9 used to connect the Steel Columns and
pressure type high strength bolts Class 10.9 used to connect the
constructional elements.
5. Derusting and painting
Shot blasting to 2.5 and Applying Paint with the following
1st coat of Primary anti-rust paint 30 microns (Epoxy zinc-rich primer)
2nd coat of Primary anti-rust paint 30 microns(Alkyd finish)
Steel building techniques
Steel building techniques include structural design, fabrication, welding, assembly, and installation. That refers to the methods and processes used in the construction of steel buildings. It has various applications in construction, including commercial buildings, warehouses, workshop, storage shed, air craft hangar, industrial facilities, agricultural structures, poultry farm,chicken house, barn shed, sports arenas, and residential buildings, etc.
Steel workshop production Equipment display
Steel structure workshop installation step:
Step #1: Prepare Foundation - This is the first step in the construction process. It involves preparing the site and creating a solid foundation for the metal building.
Step #2: Main Frames, Purlins - Once the foundation is ready, the mainframes and purlins are installed. Mainframes are the primary structural components of the building, while purlins provide support for the roof and walls.
Step #3: Wall Cladding- After the mainframes and purlins are installed, will start to install the wall panel. This involves attaching the metal panels to the framework of the building and creating the walls.
Step #4: Roof Cladding - Once the wall cladding is completed, will turn to the roof sheeting installation. This involves attaching the metal panels to the roof framework, creating a secure and weatherproof roof.
Step #5: Trimming - The final step is to install the trimming, which includes components such as flashing, gutters, and ridge caps. Trimmings help to provide a finished look to the building and ensure proper sealing and protection against the elements.
For the above 5 steps, we will offer detailed drawings that will guide you on how to properly install all the steel structure workshop building.
Why you can count on us?
1)We offer customized workshops to meet the specific needs and requirements of our clients. This includes considerations such as size, layout, and features like overhead cranes, ventilation systems, and insulation.
2)Our team designs workshops of various types, whether it's a large or small workshop, with a single span or multiple spans, we can accommodate it. Additionally, our workshops can have a maximum span of 40 meters without the need for central columns.
3)We provide cost-effective and low-maintenance solutions. The unit price for our workshops ranges from US$35 to US$80 per square meter, depending on the specific requirements of our customers.
4)All components of our workshops are fabricated in our factory. They are pre-cut, pre-welded, pre-drilled, and either pre-painted or hot-dip galvanized. This approach helps us save costs and time during the construction process.
5)We ensure the structural integrity and safety of our workshops. Our designs consider factors such as wind speed (from 100~280KM/H), earthquake magnitude (6~8 grade), and roof snow load (200~400kg/m2).
