ANSI(RMI) VS EN(FEM) Racking brochure.pdf

In today’s global supply chain, selecting the right racking standard is critical to ensuring safety, compliance, and operational efficiency.

Two dominant frameworks govern the design and application of steel storage systems:

• American National Standards Institute / Rack Manufacturers Institute (ANSI/RMI) – Widely used across North America and global export markets
• European Committee for Standardization / Fédération Européenne de la Manutention (EN/FEM) – Mandatory across Europe

Understanding their differences enables smarter decisions when designing or sourcing storage solutions.

Engineering & Safety Considerations

Regardless of the chosen standard, effective racking systems must ensure:

• Accurate load calculation and distribution
• Structural stability under static and dynamic conditions
• Safe forklift operation and clearance
• Routine inspection and maintenance
• Clear load signage and operational control

EN standards emphasize documented inspections and damage classification, while ANSI/RMI focuses on practical, field-driven safety implementation.

Global Project Strategy

For internationally operating businesses, a dual-standard approach is often the most effective:

• ANSI/RMI → Cost efficiency and faster deployment
• EN/FEM → Compliance in regulated and high-precision environments

Benefits of a Hybrid Approach

✔ Greater market flexibility
✔ Smoother approval from international clients
✔ Enhanced engineering credibility

Conclusion

Choosing the right standard goes beyond compliance—it directly impacts:

• Safety performance
• Operational efficiency
• Long-term structural integrity

A well-engineered racking system aligned with the appropriate standard ensures:

✔ Maximum space utilization
✔ Reliable operations
✔ Sustainable long-term performance

Let’s Build the Right System for Your Market

Whether your project is local or global, we deliver engineered storage solutions aligned with the right standards for your application.