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Product information
A steel structure building with a mezzanine refers to the intermediate floors or platforms within a building, except for the main floor. It is a specific area inside the building that uses the form of a steel structure frame supporting floor plate or floor slabs in the buildings that are too high, so turn one floor into two floors, that means A mezzanine is usually located above the ground floor, providing additional usable space. It can be used for various purposes, such as storage, office areas, or as a separate floor within a building. That is similar to that in residential buildings and office buildings. Increasing the usable area in factories, venues, and other metal buildings.
The below project sample picture shows the mezzanine in different types of steel building:
The product we introduced here is a steel structure frame mezzanine for a steel building. A mezzanine is an intermediate floor in a building that is partly open to the double-height ceiling floor below, this kind of floor does not extend over the whole floor space of the building, it is usually surrounded by handrails or lower fences to keep safety. This project mezzanine is equipped with a simple processing machine, and the workers are working on it.
This mezzanine floor main beam is usually use H-section steel(HN396*199*7*11), floor sub-beam (HN248*124*5*8) will be smaller than main beam. The main beam or sub-beam(second beam)specification depends on the floor load(live load and dead load), 300kg/m2~1000kg/m2 are all customized.
The airflow in the mezzanine is particularly good because it is not blocked by walls. A building with a mezzanine in steel structures can effectively expand the use space, improve structural performance, save costs, be beautiful and practical, and be green and environmentally friendly. It can create additional floor space, which is a perfect function for a limited land area owner.
Steel building application:
Statistically speaking, steel is one of the most commonly used building materials in modern construction overall. Steel structures are used for almost every type of construction, including heavy industrial workshop, warehouse building, storage shed, multi-story residential buildings, high-rise shopping malls, large-span exhibition hall, airport terminals, poultry farm, grain barn, godown etc.
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. Steel is a durable and robust material that can support large spans and heavy loads, making it suitable for a wide range of construction projects. Steel has strength, versatility, and cost-effectiveness, making it a reliable and long-lasting choice for various applications.
Technical Parameters
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) | ||
In most steel structure projects, we use H beam more than I beam, mainly for the following reasons:
1）The H-shape steel has a larger cross-sectional moment of inertia and bending strength and can withstand greater loads, so it is often used in large structures. While the I-beam cross-section shape is relatively small, so it is suitable for small building structures.
2)The cross-sectional shape of H steel is more symmetrical, it is easier to maintain balance and stability during fabrication and installation when compared with I beam.
3)Most H-beams are cut, welded, and shaped by processing plants according to the precise dimensions given in the design drawings. Their sizes can be customized and can meet the design requirements. while I beam are relatively small.
Factors Affecting Metal Building Cost
1.Steel building size
In the case of the same column distance and span, the larger the area, the higher the price.That means the price of the metal building is directly proportional to building size.
2.Steel building style
The different designs and configurations for steel buildings, such as clear-span, multi-span, or single-slope, will make the price different.
3.The quality and type of steel used
Common types of steel we used include carbon steel(H beam, I beam, PFC channel, SHS, RHS and CHS) and galvanized C Purlin/Z Purlin. The quality of the steel is typically determined by its strength, durability, and resistance to corrosion.
4.The design and engineering requirements
Different wind loads and snow loads result in different steel structure designs. Customization requirements for building materials (structural components, roofing and wall panels, doors, and windows, as well as accessories like gutters and downspouts) also make the price different.
5.The market conditions for steel materials
Raw material steel price will affect the price because steel is a major component in the construction of buildings. When the price of raw steel materials increases, it directly impacts the cost of manufacturing steel building components. This, in turn, leads to higher prices for the final product.
6.The market conditions for labor cost
If skilled laborers are in a limited supply, then labor costs tend to increase. Complex processing methods require more labor, equipment, and resources, which can impact the overall cost of production. For example, galvanized finished steel, space framing, and lace beams.
Last but not least, buying from a trading company or a steel building manufacturer also makes the price different. We are 100% factory and can offer you factory prices directly.
Product information
A steel structure building with a mezzanine refers to the intermediate floors or platforms within a building, except for the main floor. It is a specific area inside the building that uses the form of a steel structure frame supporting floor plate or floor slabs in the buildings that are too high, so turn one floor into two floors, that means A mezzanine is usually located above the ground floor, providing additional usable space. It can be used for various purposes, such as storage, office areas, or as a separate floor within a building. That is similar to that in residential buildings and office buildings. Increasing the usable area in factories, venues, and other metal buildings.
The below project sample picture shows the mezzanine in different types of steel building:
The product we introduced here is a steel structure frame mezzanine for a steel building. A mezzanine is an intermediate floor in a building that is partly open to the double-height ceiling floor below, this kind of floor does not extend over the whole floor space of the building, it is usually surrounded by handrails or lower fences to keep safety. This project mezzanine is equipped with a simple processing machine, and the workers are working on it.
This mezzanine floor main beam is usually use H-section steel(HN396*199*7*11), floor sub-beam (HN248*124*5*8) will be smaller than main beam. The main beam or sub-beam(second beam)specification depends on the floor load(live load and dead load), 300kg/m2~1000kg/m2 are all customized.
The airflow in the mezzanine is particularly good because it is not blocked by walls. A building with a mezzanine in steel structures can effectively expand the use space, improve structural performance, save costs, be beautiful and practical, and be green and environmentally friendly. It can create additional floor space, which is a perfect function for a limited land area owner.
Steel building application:
Statistically speaking, steel is one of the most commonly used building materials in modern construction overall. Steel structures are used for almost every type of construction, including heavy industrial workshop, warehouse building, storage shed, multi-story residential buildings, high-rise shopping malls, large-span exhibition hall, airport terminals, poultry farm, grain barn, godown etc.
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. Steel is a durable and robust material that can support large spans and heavy loads, making it suitable for a wide range of construction projects. Steel has strength, versatility, and cost-effectiveness, making it a reliable and long-lasting choice for various applications.
Technical Parameters
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) | ||
In most steel structure projects, we use H beam more than I beam, mainly for the following reasons:
1）The H-shape steel has a larger cross-sectional moment of inertia and bending strength and can withstand greater loads, so it is often used in large structures. While the I-beam cross-section shape is relatively small, so it is suitable for small building structures.
2)The cross-sectional shape of H steel is more symmetrical, it is easier to maintain balance and stability during fabrication and installation when compared with I beam.
3)Most H-beams are cut, welded, and shaped by processing plants according to the precise dimensions given in the design drawings. Their sizes can be customized and can meet the design requirements. while I beam are relatively small.
Factors Affecting Metal Building Cost
1.Steel building size
In the case of the same column distance and span, the larger the area, the higher the price.That means the price of the metal building is directly proportional to building size.
2.Steel building style
The different designs and configurations for steel buildings, such as clear-span, multi-span, or single-slope, will make the price different.
3.The quality and type of steel used
Common types of steel we used include carbon steel(H beam, I beam, PFC channel, SHS, RHS and CHS) and galvanized C Purlin/Z Purlin. The quality of the steel is typically determined by its strength, durability, and resistance to corrosion.
4.The design and engineering requirements
Different wind loads and snow loads result in different steel structure designs. Customization requirements for building materials (structural components, roofing and wall panels, doors, and windows, as well as accessories like gutters and downspouts) also make the price different.
5.The market conditions for steel materials
Raw material steel price will affect the price because steel is a major component in the construction of buildings. When the price of raw steel materials increases, it directly impacts the cost of manufacturing steel building components. This, in turn, leads to higher prices for the final product.
6.The market conditions for labor cost
If skilled laborers are in a limited supply, then labor costs tend to increase. Complex processing methods require more labor, equipment, and resources, which can impact the overall cost of production. For example, galvanized finished steel, space framing, and lace beams.
Last but not least, buying from a trading company or a steel building manufacturer also makes the price different. We are 100% factory and can offer you factory prices directly.
