Thai 8m-span Mezzanine Floor Project Done Right

Thai 8m-span Mezzanine Floor Project Done Right
Customer's Requirement

At the start of the project, our company had in-depth communications with the enterprise to clarify its needs. The enterprise was expanding its business and building a new factory, so it required mezzanine floor.

Its core needs were as follows:

  • The mezzanine floor with an 8-meter span and a load capacity of no less than 600kg/㎡;

  • Completing production and construction within 1 month to match the new production line;

  • Needing end-to-end services from production to installation, which also met local building safety standards.


ORION's Proposed Solution

ORION's baseline plan was as follows:

  • High-strength I-beams are used as the main load-bearing structure of the steel platform, which fully meets the requirements for load capacity and span.

  • Meanwhile, based on the customer’s goods storage needs, light-duty racks are placed under the platform—this greatly improves the space utilization of the warehouse.

  • 1.2-meter-high protective handrail are installed around the edges to ensure the safety of both personnel and goods.


Technical Specifications
Floor Area 560㎡
Floor Height 2700mm
Maximum Span 8000mm
Load-Bearing Capacity 600kg/㎡
Handrail Height 1200mm
Number of Stairs 2 Sets
Stair Width 1000mm
Floor Surface Galvanized Steel Gusset
Advantages for the Customer
Strong Load-Capacity: Meets the needs of high-load operations;
Maximized Space Utilization: Solves the "insufficient space" problem;
Save cost: Low short-term investment + long-term peace of mind;
High Safety & Stability: Avoids operational risks;
Wide Scene Adaptability: The structural flexibility of I-beam steel platforms allows them to meet the personalized needs of different industries.
Advantages for the Customer

Project Insight:

  • For customers, an I-beam steel platform is more than just a "space-increasing structure" — it’s a comprehensive solution that "boosts efficiency, controls costs, and ensures safety".

  • It solves load-bearing issues through optimized mechanical performance, and improves cost-effectiveness by controlling the whole-life cycle costs.

  • Ultimately, it helps customers maximize production capacity, storage, or operational efficiency within limited spaces — making it especially suitable for industrial and logistics enterprises that pursue "high efficiency, economy, and safety".


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