• Steel Structure Warehouse Metal Frame Steel Storage Industrial Building
  • Steel Structure Warehouse Metal Frame Steel Storage Industrial Building
  • Steel Structure Warehouse Metal Frame Steel Storage Industrial Building
  • Steel Structure Warehouse Metal Frame Steel Storage Industrial Building

Steel Structure Warehouse Metal Frame Steel Storage Industrial Building

No.01
Steel structure warehouses and workshops are structural frameworks composed of major steel columns, beams and secondary structures. This steel structure warehouse building supports any cranes with different lifting capabilities and can accommodate ground vehicle traffic. By closed main steel frames with walls and roofs, it can provide a closed structure for indoor stored goods.
  • Steel Structure Warehouse Metal Frame Steel Storage Industrial Building
  • Steel Structure Warehouse Metal Frame Steel Storage Industrial Building

Description


Specification

  Items   Specification
  Main Steel Frame   Column   Q235, Q345 Welded H Section Steel
  Beam   Q235, Q345 Welded H Section Steel
  Secondary Frame   Purlin   Q235 C and Z purlin
  Knee brace   Q235 Angle Steel
  Tie Rod   Q235 Circular Steel Pipe
  Brace   Q235 Round Bar
  Vertical and Horizontal  Support   Q235 Angle Steel, Round Bar or Steel Pipe
  Maintenance system   Roof Panel   EPS Sandwich Panel /  Glass Fiber Sandwich Panel /
   Rock Wool Sandwich Panel / PU Sandwich Panel /Steel Sheet
  Wall Panel   Sandwich Panel / Corrugated Steel Sheet
  Accessories   Window   Aluminiumn Alloy Window / PVC Window / Sandwich Panel Window
  Door   Sliding Sandwich Panel Door / Rolling Metal Door / Personal Door
  Rainspout   PVC
  Live load on Roof   In 120kg/Sqm (Color steel panel surrounded)
  Wind Resistance Grade   12 Grades
  Earthquake-resistance   8 Grades
  Structure Usage   Up to 50 years
  Finishing Options   Vast array of colors and textures available
  Paint Options   Alkyd paiting, two primary painting, two finish painting
 (gray paint, red paint, white paint, epoxy zinc etc.) Or Galvanized.





The components of Steel Warehouse Building

  Steel structure warehouse buildings usually consist of steel beams, columns, steel trusses, and other components.

  The various components or parts are connected by welding, bolting, or rivets.

  1. Main structure

  The main structure includes steel columns and beams, which are primary load-bearing structures. It is usually processed from steel plate or section steel to bear the entire building itself and external loads. The main structure adopts Q345B steel.

  2. Substructure

  Made of thin-walled steel, such as purlins, wall girts, and bracing. The secondary structure helps the main structure and transfers the main structure’s load to the foundation to stabilize the entire building.

  3. Roof and walls

  The roof and wall adopt corrugated single color sheets and sandwich panels, which overlap each other during the installation process so that the building forms a closed structure.

  4. Bolt

  Used to fix various components. Bolt connection can reduce on-site welding, making the installation of steel structure easier and faster.

  Steel structure buildings are widely used in industrial fields, such as hangars, storage warehouses, factories, workshops, commercial buildings, shopping malls, exhibition halls, supermarkets, and office buildings.









  The Characteristics of Steel Structure

  The steel structure is a load-bearing structure composed of steel plates and hot-rolled steel. Compared with structures of other materials, it has the following characteristics:

  The steel structure is small and light in weight, convenient for transportation and installation, as well as for assembly, disassembly, and expansion. It is suitable for structures with a large span, high height, and heavy load.

  Steel has a high strength and light structure. Compared with masonry and wood structures, steel has higher density but higher strength, so the ratio of density to strength is smaller. Under the same load, the steel structure is better than other structures.

  The steel has high strength, good plasticity and toughness, and strong resistance to impact and vibration.

  The high degree of industrialization of steel structure, factory manufacturing, site installation, high processing accuracy, short manufacturing cycle, high production efficiency, and fast construction speed; steel structure buildings have strong platform structures, roof structures, tall background walls, etc. The sense of time and changeable appearance are suitable for expressing the imagination of designers.

  Residual materials and debris generated in steel structure processing and manufacturing and abandoned and damaged steel structures can be re-smelted into steel for reuse. Therefore, steel is called green building materials or sustainable materials.





   The Advantage

  Fast delivery:

  Compared with traditional concrete buildings, precast steel structures can save up to one-third of construction time. The all-steel fabric was cut, welded, drilled, and painted at the factory. It is easy to assemble quickly on-site and transport quickly. The longest transport time for container ships is four to five weeks.

  Sturdy:

  We only use high-strength steel for design and manufacturing to ensure strong, durable and maintain structural integrity, beauty, and value for decades.

  Wide internal space:

  The rigid steel frame is solid and can cover a larger area without internal support columns, which gives warehouse operations greater flexibility in storing and moving products quickly and efficiently.

  The clear span can be up to 60m without intermediate columns. The spacious interior space can improve the warehouse’s economic performance, and the owner can easily rent it to others.

  Easy installation:

  Bolts can connect the steel structure building, and it can be easily disassembled, transferred, and assembled easily without much expense, and it has strong mobility. This is especially important for exhibition projects that are used repeatedly. There is basically no possibility of movement in traditional wooden structures.