Kadant (NYSE:KAI) (NYSE: KAI) is a global provider of critical equipment, components and systems for the production and processing of paper, tissue, packaging, nonwoven materials and other process industries. Headquartered in Westford, Massachusetts, the company designs, manufactures and services engineered systems spanning stock preparation, fiber treatment and water filtration for paper mills, along with fluid-handling equipment for a broad range of industrial applications.
The company’s operations are organized around two primary business segments. The Stock Preparation segment offers complete pulping, screening, cleaning and fiber recovery systems, as well as aftermarket parts such as refiner plates, screen baskets and deflaker segments. The Fluid Handling segment supplies pumps, valves, heat exchangers, filtration products and seals that serve not only pulp and paper producers but also chemical, power generation, mining and wastewater treatment facilities. This dual focus supports both greenfield projects and the ongoing maintenance needs of existing plants.
Kadant has built its global footprint through a combination of organic growth and strategic acquisitions. With manufacturing and service centers in North America, Europe, Asia and Latin America, the company can respond quickly to customer requirements across key markets. Over the years, Kadant has integrated complementary businesses to expand its product portfolio in areas such as doctoring systems, fiber recovery and process diagnostics, reinforcing its position as a one-stop solutions provider.
Under the leadership of President and CEO William J. Carter, Kadant places a strong emphasis on research and development, operational excellence and sustainability. The company works closely with customers to optimize plant efficiency, reduce energy consumption and minimize environmental impact. A significant portion of Kadant’s revenue is generated from aftermarket services and parts, providing recurring streams of income that support long-term growth and customer retention.
