Eural Gnutti S.p.A.
operating- Status
- operating
The Rovato company operates two plants: Pontevico houses a foundry with melting, alloying, homogenising and cooling, and Rovato does cutting, scalping, extrusion, pickling, cold drawing and ageing. The Aluminium Stewardship Initiative register lists aluminium remelting, recycling and refining for it alongside processing, which makes Pontevico a recycling link in the chain. The company describes itself as the world's largest producer of drawn aluminium alloy bars for machining; revenue for 2023 was EUR 310 million with 416 employees. Its customers are mechanical engineering, automotive, aerospace, pneumatics, medical, electrical engineering and fluid power. Foundry capacity has not been announced.
Verified at source:
- B Company website (eural.com)
- B Aluminium Stewardship Initiative, member profile “EURAL GNUTTI S.p.A.” – Performance Standard V3.1, certificate no. 440 Rev. 1, 17.04.2025–16.04.2028 (ASI data, CC BY 4.0 licence)
- B Eural Gnutti S.p.A. – “Azienda” page (stabilimenti) Pontevico: foundry since 1985, two casting lines, two-chamber melting furnace, 92 employees, 112,194 m²; Rovato: since 1968, five extrusion lines (3 indirect presses for bars, 2 direct presses for profiles), drawing, heat treatment, 312 employees; total 404 employees, revenue EUR 244 million (year not stated), 74% recycled aluminium; bars approx. 90% of output
- A EEA – Industrial Reporting under the IED and E-PRTR (“IED latest” database, version of 12.2025, reporting year 2024), SQL query via discodata.eea.europa.eu ProductionInstallation / ProductionFacility tables, IT, year 2024: IED 2.5(b) installations (melting of non-ferrous metals) with “functional” status – including FOALL (Rodengo-Saiano), Eural Gnutti Pontevico, Hydro Extrusion Italy (Feltre), Hydro Building Systems Atessa, Indinvest LT (Cisterna di Latina), Metalba Aluminium (Longarone), Aluminium Bozen (Bolzano), All.co (Pisa), MV Extrusion (Pisticci); Eural Gnutti Rovato as an E-PRTR 2(f) facility; Pandolfo Alluminio Feltre as IED 2.6