هيكل فولاذي مقاوم للصدأ حامل للأحمال لمنشأة مسلخ، العراق

This project involved the delivery of a stainless steel load-bearing structure system for a slaughterhouse facility located in Iraq.

Given the nature of slaughterhouse operations—long-term exposure to high humidity, frequent wash-downs, chemical cleaning agents, and strict hygiene regulations—the project presented higher-than-average demands on both corrosion resistance و structural reliability.

From the early stage, it was clear that material choice alone would not be sufficient. The project required a fabrication partner capable of validating structural logic, executing precision fabrication, and coordinating inspection under industrial operating conditions.

After evaluating the operating environment and service life requirements, AISI 304 stainless steel was selected for the entire load-bearing structure system to balance corrosion resistance, mechanical performance, and long-term maintenance cost.

• The supply scope covered fully drawing-based custom fabrication, including:
• Custom-fabricated stainless steel columns for primary load transfer
• Stainless steel beams manufactured strictly according to issued structural drawings
• Perforated stainless steel plates with hole patterns, spacing, and tolerances defined by client specifications
  
  

All components were produced for on-site assembly, making dimensional accuracy, hole positioning, and fabrication consistency critical to project success.

Although the project was executed based on client-issued drawings, Sanmei Metal conducted a pre-fabrication engineering review as part of its internal risk-control process.

During this review, Sanmei’s engineering team identified a critical structural inconsistency in the original design that could have resulted in load transfer failure and potential collapse under operational conditions.

• Rather than proceeding passively, Sanmei immediately:
• Flagged the risk with clear technical reasoning
• Coordinated directly with the client’s engineering team
• Supported the revision of key structural details before fabrication
  
  

This early-stage intervention eliminated a major safety risk and prevented costly rework or operational failure after installation.

Daily production updates enabled remote monitoring and effective coordination throughout fabrication, inspection, and delivery. The project scope included hygiene-driven material selection, verification of structural logic beyond issued drawings, and controlled fabrication and inspection processes, supporting safe installation and long-term operational use.