Hudson Technologies, Inc.

Hudson Technologies, Inc. Earnings Recaps

HDSN Materials 2 recaps
Q3 2025 Nov 6, 2025

Hudson Technologies reported a robust third quarter of 2025, showcasing a 20% revenue increase and significant strides in net income, despite leadership changes and market challenges.

Key takeaways
  • Revenue grew 20% year-over-year, driven by higher sales volume and prices, with gross margin at 32%.
  • Net income surged 59% to $12.4 million, reflecting operational efficiencies and strong demand for refrigerants.
  • Successfully renewed a $210 million contract with the U.S. Defense Logistics Agency as prime contractor, reaffirming strong military partnerships.
  • HFC reclamation activity aligns with industry growth, with Hudson's reclamation growing at approximately 19%, indicative of effective supply chain and outreach strategies.
  • Future market dynamics remain focused on the transition from 410A to new-generation refrigerants, presenting long-term growth opportunities despite anticipated supply-demand imbalances until 2029.
Q2 2025 Aug 1, 2025

Hudson Technologies reported solid second quarter results, achieving revenues of $72.8 million and a gross margin of 31%, despite a slow start to the cooling season and slightly lower sales volume compared to the previous year.

Key takeaways
  • Refrigerant pricing improved sequentially, positively impacting gross margins for the first time in two cooling seasons, with HFC pricing reaching $8 per pound.
  • Continued strength in the reclamation business highlights Hudson's ability to recover refrigerants, pivotal in transitioning to lower GWP products.
  • The company maintains its full-year gross margin target in the mid-20% range, contingent on performance in the third quarter.
  • An unlevered balance sheet with $84.3 million in cash and no debt supports Hudson's commitment to organic growth, acquisitions, and opportunistic stock repurchases.
  • Ongoing regulatory evaluations in the HFC phasedown may present further growth opportunities as market dynamics evolve.