Aalberts NV is a Dutch industrial technology company that develops and delivers mission-critical solutions for buildings, industrial processes, climate control systems and advanced manufacturing. Headquartered in the Netherlands, the company operates through specialized business lines that focus on delivering components and systems designed to improve efficiency, safety and reliability across a broad range of end markets.
The company’s Hydronic Flow Control division supplies valves, pumps and heat interface units for heating, cooling and hot-water systems in residential, commercial and industrial buildings. Its Industrial Heat & Surface Treatment group offers thermal spray, coating and finishing technologies to protect and enhance metal components in industries such as aerospace, automotive and oil & gas. Aalberts’ Energy & Climate Control segment provides refrigerant control, gas and vacuum solutions for refrigeration, HVAC and laboratory applications, while its Advanced Mechatronics division develops precision modules and assemblies used in automotive powertrains, consumer electronics and medical devices.
Aalberts serves customers in more than 50 countries across Europe, North America and Asia Pacific, leveraging a decentralized operating model to stay close to local markets. The company has grown through a combination of organic investment and targeted acquisitions, integrating over 100 businesses to build a global footprint and diversified end-market exposure. Its products and systems are used by OEMs, contractors and distributors seeking reliable technical solutions that meet evolving regulatory and sustainability standards.
Founded in 1975, Aalberts has expanded from a small Dutch engineering firm into a global technology leader. The company is led by Chief Executive Officer Harm-Jan Stoter, who oversees a management team focused on operational excellence, innovation and long-term value creation. With a strong track record of investment in R&D and strategic M&A, Aalberts continues to drive growth by addressing critical challenges in energy efficiency, material performance and automation.
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