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  • Light Steel Structure Buildings for Logistics Center
  • Light Steel Structure Buildings for Logistics Center
  • Light Steel Structure Buildings for Logistics Center
  • Light Steel Structure Buildings for Logistics Center
  • Light Steel Structure Buildings for Logistics Center
Light Steel Structure Buildings for Logistics Center

Brand: WISBUILD

Product origin: Shandong, China

Delivery time: 30-40 days

Supply capacity: 6000 tons/month

If you are looking for the highest quality steel structure supplier, please contact us and our engineers will provide you with a professional quotation plan.

Light Steel Structure Buildings for Logistics Center

1 Steel Structure Buildings for Logistics Center Specification:

Items Specification
Main Steel Frame Column Q235, Q355,Q390 Welded H Section Steel
Beam Q235, Q355,Q390 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
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
(Primer ,Medium paint ,top coat, epoxy zinc etc.) Or Galvanized.

2 Steel Structure Production Machines-Shearing machine:

Shearing machine

As a fully automated steel fabricator, the manufacturing facility utilizes heavy-duty CNC shearing machines integrated with material tracking software for precision-cutting I-beams, channels, angles, plates and sheets to exact specifications. Equipped with well-aligned, tight-clearance blades made of hard, wear-resistant alloys, the guillotine shears provide burr-free, right-angle precision cuts at high volumes. Servo-electric motors, flywheel kinetic energy absorption and rigid welded frames enable the durable shears to withstand 24/7 operation. Additional features like self-sharpening, automatic blade gap adjustment and retraction safety functions help maximize production up-time and quality while minimizing scrap waste. Capable of cutting thick, high-strength steels with cutting forces upwards of 1,000 tons using minimum oil volumes, the energy efficient shearing equipment delivers exceptional productivity and ROI for large-scale structural steel fabrication projects through rapid, consistent, distortion-free cutting.

3 Details of Pillar support (ZC):

Details of Pillar support

Pillar supports constitute an integral structural component for large-span buildings like factories, stadiums, infrastructure projects, and industrial plants requiring substantial open spaces. They provide vertical stability for framing while allowing unrestricted areas. Common pillar support types include I-section steel columns with welded base plates, box-type and cylindrical steel sections, reinforced concrete pillars, and lattice steel towers. Fabrication utilizes precise cutting, drilling, fitting, and full-penetration welding to join support sections ensuring structural integrity. Pillar design factors in building layouts, opening dimensions, expected loads, and soil conditions when engineering optimized customizable supports purpose-built for any application. Stringent quality control testing validates optimal performance. With expertise in structural calculations and fabrication, one can effectively incorporate essential pillar supports through all phases of construction for buildings requiring expansive, column-free interiors.

4 Steel Structure Buildings for Logistics Center Project Cases:

Steel Structure Buildings for Logistics Center Project Cases2

Steel Structure Buildings for Logistics Center Project Cases1

Logistics centers have expansive warehousing needs demanding durable, customizable structures. As a premier builder of steel-framed facilities, one employs cutting-edge design software, efficient integrated manufacturing, and rapid construction methods to deliver high-quality solutions purpose-built for distribution, fulfillment, or logistic operations. By leveraging experience from past projects like erecting a fully-automated 50,000 square meter sorting center and a 30,000 ton cold storage warehouse, one can construct new logistics buildings with wide-span trusses reaching 60 meter widths to enable racking systems and modern conveying equipment while ensuring flexibility for future reconfiguration. Stringent quality control plus proven project management ensures on-time, on-budget delivery of expertly engineered steel buildings offering long service life through resilient Seismic Grade construction to meet the most rigorous structural and operational requirements of logistics facilities.

5 Steel Structure Prefabricated Workshops Q&As:

Q: Can you provide additional protection against corrosion for steel buildings located in coastal areas?

A: Yes, for steel buildings erected in coastal regions or areas with increased risk of corrosion, we can provide specialized coatings and treatments like hot-dip galvanizing, powder coating, and paint systems using corrosion-inhibiting primers to better withstand salty, humid environments over the long term.

Q: Can you design steel buildings that are partially open-air without full enclosure?

A: Certainly, we can customize open-sided steel buildings featuring a roof with beams and columns or other types of support structures without complete external walls. These versatile semi-enclosed builds are well-suited for equipment shelters, loading docks, storage areas and workshops requiring cover from the elements while allowing air flow.

Q: How often is maintenance required for steel buildings?

A: With our durable steel buildings made of quality materials, only minor maintenance is required every 2-3 years. This involves inspecting and addressing any minor damage to steelwork, connections or coatings using appropriate methods to maximize longevity of buildings.

 

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