Mauritius Wedding Hall In Prefabricated Steel Structure
Prefab Commercial Building Project
Large-span prefabricated steel frame construction used for wedding halls. We are a professional steel frame structure logistics construction engineering company. We provide you with one-stop service, from design, BIM process, drawing details, steel structure manufacturing, transportation to installation and installation.
The logistics building is located in Mauritius. Multi-span commercial steel structure building. The total construction area is about 1,000 square meters. Lightweight, high-strength steel beams are connected to the columns as the main steel frame structure, thereby providing a larger space, saving costs and achieving self-weight. Rock wool sandwich panels are thermal insulation panels used for roofs and walls. And a lot of setting considerations have been made in terms of aesthetics
Steel structure specifications
|Item name||Specification||Material Parameter||Technical Treatment|
|Column||H shape,Box,steel pipe,Hot rolled sheet||Q235B,Q345B||Paint or Hot dip galvanized|
|Beam||H shape,steel Truss,Hot rolled sheet||Q235B,Q345B||Paint or Hot dip galvanized|
|Bracing||Steel rod,Steel pipe,Angle steel||Q235B,Q345B|
|Purling||C or Z shape, purling Thickness:1.8mm~3.0mm||Q235B,Q346B||Hot dip galvanized|
|Wall and roof panel||Rock wool||Steel T=0.426~0.8mm,insulation T=50~150mm||Alu-zinc 150g, Fluorocarbon paint|
|Door||Sliding or rolling door||Steel or Aluminum sheet,T=1.0~1.5mm||Paint or Hot dip galvanized|
|Lighting panel||FRP, T=1.5mm or T=1.8mm||Coefficient of thermal expansion:2.2×10-5/cm/cm/℃||Light transmittance 85%|
|Ventilator||Turbine ventilator, and electric type||Steel,stainless steel,PC||Paint or Hot dip galvanized,304|
|Gutter||Galvanized or stainless steel plate||T=2.0mm||Hot dip galvanized,304|
|Downpipe||PVC pipe,Color steel pipe T=0.5mm||Φ110,160,200||Paint|
|Bolt||Ordinary, high strength||10.9S,4.8s||Hot dip galvanized|
|Anchor bolt||Steel rod M24,M27 M30||Q235B|
Features of Prefab Commercial Building
The prefabricated parts of the factory are directly lifted after being transported to the construction site, which significantly saves the process flow and greatly improves the construction efficiency.
Industrial production is carried out, and various structures are integrated into the factory to ensure the integrity and stability of the framework.
It can meet the needs of multiple building heights and different building levels.
It can be used in combination with non-load-bearing lightweight wall materials, and its construction and installation are highly industrialized.
The parts have high precision and the construction lifting speed is fast.
Advantages of Commercial Building
1 . Improve the seismic resistance of buildings
Prefab Commercial Building Project has good malleability. When damaged under dynamic impact load, it can absorb a lot of energy. Therefore, the risk of fragile damage to the building is reduced, and the earthquake resistance of the building is greatly improved.
2 .Green Building
The steel structure can be produced in the factory, and the prefabricated production parts can be transported to the construction site for assembly. There is little on-site pollution and meets the requirements of the construction green standards. And can give full play to the high strength characteristics of steel, saving structural engineering materials. And the available resource consumption per square meter is between 800 and 1,000 kg, and the resource consumption per square meter of traditional concrete buildings exceeds 1,800 kg. The construction and production process of steel structure saves more than 30% of materials than concrete structure process. At the same time, the dry structure is adopted, the water saving rate will exceed 30%, and the dust pollution will be reduced by more than 80%. At the end of the service life of steel structure buildings, the demolition of construction waste is less than 25% of the traditional concrete structure, leaving more useful resources for the development of the construction industry. Discarded steel parts can also be recycled and reused. The reuse rate can reach more than 90%.
3 .Reduce labor costs
The construction industry is facing the problem of rising labor costs, which has become the main problem restricting the sustainable development of my country’s construction industry. Large-span steel structure industrial buildings can realize industrial prefabrication, reduce the number of personnel required for on-site construction, reduce the difficulty of human resource allocation, and save construction costs.
4 .Can get more economic benefits
Large-span steel structure buildings are relatively lightweight. Compared with traditional reinforced concrete buildings, the basic cost is saved by more than 30%, and the comprehensive transportation volume of materials is relatively low. Coupled with the advantages of high component strength and relatively small cross-sectional area, the area of industrial buildings can be increased by 5% to 8%.
In addition, the steel structure can be industrialized prefabricated production and on-site assembly construction to ensure the quality of construction and effectively improve the intrinsic value of industrial buildings. The construction speed is also relatively fast. Compared with reinforced concrete structure, the total construction period can be saved by more than 40%, can be put into use quickly, and reduce the cost of capital use.
If you need our design, before setting the price, we need to understand the following issues
Just feel free to fill the form based on what you know.
|1||Location (where will be built?)||_____country, area|
|3||wind load (max. wind speed)||_____kn/m2, _____km/h, _____m/s|
|4||snow load (max. snow height)||_____kn/m2, _____mm|
|6||brickwall needed or not||If yes, 1.2m high or 1.5m high|
|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
|8||door quantity & size||_____units, _____(width)mm*_____(height)mm|
|9||window quanity & size||_____units, _____(width)mm*_____(height)mm|
|10||crane needed or not||If yes, _____units, max. lifting weight____tons; max. lifting height _____m|