Light Steel Structure Prefab Warehouse with Office Room
When people refer to a pre-engineered buildings (PEB), they usually refer to a metal structural building. In structural engineering, a pre-engineered building (PEB) is designed by a PEB supplier or manufacturer, that is fabricated using the best-suited inventory of raw materials that is available and manufacturing methods that can efficiently satisfy a wide range of structural and aesthetic design requirements.
Design
First and foremost, the steel frames, joints, etc., are designed with precise measurements and markings which are then sent to the fabricators. Nowadays, this is mostly done on a 3D steel detailing software as it helps engineers to complete the drawings at light-speed compared to the traditional methods; plus, room for errors in the final drawings are reduced exponentially.
Foundation
This step involves the pouring of concrete foundations for the Pre-Engineered structure. The concrete foundation supports the steel building and resists the loads imposed by the building and climatic load imposed on the building. In order to design a steel building foundation, the building engineers provide reactionary loading and anchor bolt requirements. This information, along with site-specific geotechnical reports, allows engineers to design the required supporting foundation.
Walls
The final step in the construction of a pre-engineered building is putting up the walls. Usually, walls for pre-engineered buildings are made from different types of materials like granite, cement insulated panels, aluminum panels, bricks, stone cladding, etc.; the choice really depends on various factors like availability, pricing, vendor, delivery, etc. It is common for industrial buildings to have a masonry wall to a height of 10 or 15 feet (3 to 5m). This allows doors and windows to be easily fitted and provides security.
If you interested in it, please provide the following steel structure building importance calculation factors for quotation :
(1) Exact size : length * width *height ;
(2) Wind speed (max speed);
(3) Snow load (kg/m2 in max situation);
(4) Earthquake grade (if have) ;
(5) Live load and dead load for roof and flooring(special for multi-floors building);
(6) The requirements for window and door;
(7) Max height and weight for the crane to lift;
(8) What are the materials for the roof and wall?
FAQ?
1. How can the products adapt to different climates)?
Strong wind region: improve the wind-resisting ability of the internal structure.
Cold region: increase the thickness of the wall, or use good insulation material, improve the anti-pressure ability of the structure.
High corrosion region: use corrosion-resistant material, or paint anticorrosive coating.
2. How long is the delivery time?
Regularly 7-15 days, this depends on quantity and products.
3. How can I get a quotation for the projects?
If you have a drawing, we can offer you a quotation according to your drawing.
If you don't have one, our engineer will design a drawing for you to confirm and then offer you a quotation.
After-sales service
K-home promises after-sales service promises to provide after-sales service and maintenance for customers
- Provide customers with detailed usage and maintenance manuals
- Quality problems occur during using, communicate and solve actively
- Committed to building a global network, better service for customers
- Regular return visits and maintenance to customers
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