JBT Marel Corporation Closes $575 Million Convertible Senior Notes Offering to Reduce Borrowing Costs

JBT Marel Corporation has successfully closed a $575 million convertible senior notes offering at a low 0.375% interest rate, strategically reducing annual interest expenses and managing future shareholder dilution while refinancing existing debt.

September 10, 2025
JBT Marel Corporation Closes $575 Million Convertible Senior Notes Offering to Reduce Borrowing Costs

JBT Marel Corporation announced the closing of its private offering of $575 million aggregate principal amount of 0.375 percent convertible senior notes due 2030. The offering included $75 million in additional notes issued through the initial purchasers' full option exercise. The company utilized net proceeds to execute convertible note hedge and warrant transactions while repaying a portion of outstanding borrowings under its revolving credit facility.

Chief Financial Officer Matt Meister stated that the company took advantage of robust convertible market conditions and low borrowing costs. The notes, with a coupon rate of 37.5 basis points, are expected to generate significant annual interest expense savings compared to traditional high-yield note issuances. The corresponding convertible note hedge and warrant transactions effectively mitigate shareholder dilution until JBTM share price reaches $283.42 per share.

The company plans to draw on its revolving credit facility and/or use cash on hand to repay or refinance its 0.25 percent convertible senior notes due 2026 at or prior to their maturity. The notes were offered exclusively to qualified institutional buyers under Rule 144A of the Securities Act of 1933, as amended, and were not registered under the Securities Act or other jurisdiction securities laws.

This financial maneuver demonstrates JBT Marel's strategic approach to capital management, leveraging favorable market conditions to optimize its debt structure while protecting shareholder value through sophisticated financial instruments that control potential dilution effects.