Product Description of Pre engineered metal building
Pre engineered metal building is widely used as workshop, warehouse, factory, prefabricated house, hotel, church, garage, etc. It is durable, economic and environmentally friendly.
- Pre-Engineered Metal Building
- Steel Frame
- Low Cost
- Seismic Resistance
- Quick to install
Compared with the traditional concrete structure building system, the light steel structure warehouse has a series of advantages, such as large span, low demands of base structure, strong seismic and wind resistance, beautiful appearance, shorter construction cycle, strong corrosion resistance, non-polluted, low maintenance costs and so on. Therefore it is more and more popular with the customers. It is mainly used for large-span structures, workshops, warehouses, office buildings, large supermarkets, logistics warehouses, showrooms, hangar, etc.
Because of the diversification of steel structure material and the flexible design, the light steel structure projects can better meet customers demands for space structures, and reasonable economy.
|Main Material||Q235B or Q345B|
|Component||Column , Beam , Roof|
|Surface||Painted or HDG or As Customer's Requirements|
|Design||As Customer's Requirements|
|Service||High standard of engineering and service,
design,manufacturer, install Steel Structure Buildings.
1.Steel structure:All steel frame components will be fabricated in the factory.There will be only bolt connection in construction site.
2.Roofing and wall cladding:Single corrugated sheet or sandwich panel (EPS/Rockwool/PU).
3.Windows and doors:Steel plastic/aluminium alloy/rolling up types are available.
4.Engineering:We will help clients to make detailed engineering and installation drawings of steel buildings.Site engineer service is available
1) Live load on roof (KN/M2);
2) Wind speed (KM/H);
3) Snow load (KG/M2) - If Applicable;
4) Earthquake load - If Applicable;
5) Style of Doors and Windows;
6) Crane (if you have), Crane span, Crane lift height, max lift capacity, max wheel pressure and min wheel pressure;
7) Size: Width X length X eave height, roof slope;
8) Or your idea!