Moglix Enabled The UAE’S Largest Steel Producer To Save AED 5 Million While Drastically Reducing PR To PO Turnaround Time.

Published: September 24, 2025 | Author: Moglix Team

Moglix Enabled The UAE’S Largest Steel Producer To Save AED 5 Million While Drastically Reducing PR To PO Turnaround Time.
Case Study

Moglix enabled the UAE’s largest steel producer to save AED 5 million while drastically reducing PR-to-PO turnaround time. 

DOWNLOAD CASE STUDY

Our Client

Our customer is one of the UAE’s largest integrated steel and building materials manufacturers, operating across 16 state-of-the-art plants, with an annual production capacity of 3.5 million tonnes of steel and 4.6 million tonnes of cement. The organization commands nearly 60% of the dOur customer is one of the UAE’s largest integrated steel and building materials manufacturers, operating across 16 state-of-the-art plants, with an annual production capacity of 3.5 million tonnes of steel and 4.6 million tonnes of cement. The organization commands nearly 60% of the domestic steel market and exports to more than 70 countries worldwide. omestic steel market and exports to more than 70 countries worldwide. 

 

Business Challenges

  • Highly fragmented vendor base with 270+ suppliers 
  • $50 Mn annual spend lacked centralized control, leading to cost leakages. 
  • Shutdown requirements demanded uninterrupted supply, but manual processes created delays. 
  • Managing 10,000+ material codes without digital tools 
  • Absence e-RFQ system Limited sourcing agility. 
  • Lack of real-time order visibility 
5

million AED Saved & reduce PR-to-PO TAT 
Get In Touch

Solution

Learn how Moglix unlocked AED 5 million in savings while reducing PR-to-PO time 

DOWNLOAD CASE STUDY

Business Challenges

This case study demonstrates Moglix's capability to deliver significant improvements in operational efficiency and cost reductions for leading enterprises.

5 million AED Saved & reduce PR -to-PO TAT

Solution

Learn h ow Moglix unlocked AED 5 million in savings while reducing PR-to-PO time <span class="EOP SCXW264313209 BCX