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EURAL AT IVS 2026 BETWEEN FLOW CONTROL AND INNOVATION

11 mai 2026

The countdown to IVS – Industrial Valve Summit 2026 has officially begun. Now in its sixth edition, the event continues to stand out as one of the leading international exhibitions for the Oil & Gas valve industry and flow control solutions. Over the course of three days, the summit will bring together key players from across the supply chain, spotlighting the latest technological developments shaping the sector.

Visitors can meet Eural at Stand 27 - Hall C, where the company will showcase its expertise in aluminium extrusions as an international partner for highly technical applications. The core focus of Eural's exhibition will be its extruded aluminium bodies for pneumatic actuators, a field in which the company leverages more than 50 years of experience to deliver precise geometries and high-performance mechanical properties. These characteristics translate into enhanced component reliability and greater efficiency in downstream machining and surface treatment processes.

Throughout the event, the Eural team will be available to support customers and designers in developing tailored solutions based on specific application and performance requirements. This approach is rooted in co-engineering, combining quality, flexibility and process optimisation. At the heart of Eural's value proposition is aluminium, the alloy of the future: lightweight, durable and infinitely recyclable, it is playing an increasingly central role in the transition away from traditional alloys.

"IVS represents an important opportunity for Eural to engage with the market and highlight new design perspectives linked to the use of aluminium" comments Cristian Bresciani, Sales Director - Profiles Department at Eural. "Our presence at the exhibition confirms our commitment to supporting customers and designers as a technical partner capable of developing advanced solutions that meet every requirement in terms of application efficiency, lightweight components and production continuity."