McCormick to Acquire Unilever's Foods Business in $44.8 Billion Deal

  • McCormick & Company to acquire Unilever's Foods business (excluding India and other excluded businesses) for approximately $44.8 billion, implying an enterprise value of 13.8x fiscal year 2025 EBITDA.
  • The combined entity will have approximately $20 billion in combined fiscal year 2025 revenue, creating a global flavor leader with iconic brands like Knorr, Hellmann's, McCormick, French's, and Frank's RedHot.
  • Unilever shareholders will receive 65.0% of the fully diluted combined-company outstanding equity, while McCormick shareholders will own 35.0%.
  • The transaction is expected to close by mid-2027, subject to regulatory approvals and McCormick shareholders' approval.
  • The combined company expects to realize approximately $600 million in run-rate annual cost synergies, net of growth reinvestments, by year 3.

This acquisition marks a significant consolidation in the global flavor and food enhancements sector, creating a powerhouse with a deepened focus on flavoring and enhancing foods. The deal reflects McCormick's strategy to accelerate growth in attractive categories and Unilever's portfolio sharpening towards high-growth segments. The combined entity's scale and resources will enable greater investment in innovation, brand-building, and global distribution, positioning it to capitalize on consumer trends like cooking at home and increased protein consumption.

Integration Challenges
The pace at which McCormick can successfully integrate Unilever's Foods business will be critical to realizing the expected synergies and maintaining operational momentum.
Regulatory Approvals
The transaction's timeline and ultimate success hinge on obtaining necessary regulatory approvals, which could introduce delays or additional conditions.
Market Positioning
How the combined entity leverages its expanded portfolio to compete in high-growth categories like increased protein consumption and cooking at home will shape its long-term market positioning.